Mackesy’s Warning

Modernisation, Mobilisation, and Early Integrated Logistics Thinking in the New Zealand Army

In May 1939, Major-General P. J. Mackesy, C.B., D.S.O., M.C., submitted his report on the Military Forces of New Zealand. Prepared after a short but intensive inspection, the report has not acquired the same place in New Zealand defence history as the earlier assessments associated with Scratchley, Jervois, Fox, Babington, or Kitchener. Those reports, and the reforms or controversies that followed them, are comparatively well recorded. Mackesy’s report, by contrast, remains less visible, despite being written only months before the outbreak of the Second World War and despite its clear relevance to New Zealand’s final pre-war military preparations.

Read in isolation, Mackesy’s report appears to belong to the pre-war world of Imperial defence planning, Territorial Force mobilisation, coast defence, ammunition reserves, mechanisation, and ordnance services. Yet when considered against the principles of modern capability management and Integrated Logistics Support (ILS), it reveals something more enduring. Mackesy did not create integrated logistics thinking in the New Zealand Army, nor did he use the terminology of modern ILS. Rather, his report provides an early and clear example of the same underlying logic, that equipment, ammunition, personnel, training, storage, mobilisation, reserves, finance, procurement lead times, accommodation, and technical support had to be treated as connected parts of one military capability system.

This distinction matters. Mackesy was not arriving to modernise an entirely dormant Army. By 1939, the New Zealand Army was already in the throes of modernisation. Modern equipment had been ordered, some had arrived, and the Army staff were attempting to keep pace with contemporary British doctrine, mechanisation, mobilisation planning, and the implications of modern weapons. The problem was not total inactivity, but incompleteness. Mackesy’s significance lay in reinforcing an existing direction of travel, exposing the remaining gaps, and turning modernisation from a matter of equipment acquisition into a whole-force capability problem.

The later expansion of the New Zealand Army Ordnance Corps (NZAOC) demonstrates why that distinction matters. By 1942, the Ordnance Depot and Ordnance Workshops establishments had both been expanded and treated as Dominion establishments. In other words, manpower was managed nationally across New Zealand rather than permanently assigned to a single depot or workshop. The depot system provided the national machinery for receipt, accounting, storage, issue, and distribution, while the workshop system provided the technical capacity for inspection, repair, modification, maintenance, and specialist support. This wartime growth shows that the support problem Mackesy identified was not theoretical. Once modern equipment, ammunition, vehicles, and technical stores entered service, the Army had to build the support organisation beneath them. In modern ILS terms, the Mission System forced the Support System to expand.

The modern NZDF ILS Capability Management Handbook describes ILS as critical to cost-effective planning, integration, optimisation of through-life support, and the sustainment of safe capability. It links ILS to affordability, Whole-of-Life Cost awareness, preparedness, availability, and Defence resilience. Mackesy was not applying that formal framework in 1939, but his method, and the Army’s subsequent treatment of Recommendations 42 and 43, anticipated many of its principles.

This article, therefore, does not argue that Mackesy invented modern ILS, nor that his report can be used as a direct measure against contemporary logistics practice. Rather, it argues that Mackesy’s report provides a historically useful example of integrated logistics thinking before the term existed. It also offers contemporary logisticians a professional reminder, not a judgment, that military capability is only credible when the support system beneath it is understood, resourced, tested, and sustained.

Put simply, Mackesy was asking whether the Army’s equipment, people, stores, transport, workshops, training and facilities could work together as a real wartime system.

For readers unfamiliar with modern logistics terminology, the central idea is simple. A military capability is more than the equipment listed on an inventory. It also depends on the people trained to use it, the ammunition and spares held for it, the facilities that store and maintain it, the transport that moves it, and the systems that account for and sustain it. Modern ILS gives that idea a formal structure. Mackesy’s report shows that the same logic was already evident in the New Zealand Army’s planning in 1939.

Major-General P. J. Mackesy and the circumstances of the report

Major-General Pierse Joseph “Pat” Mackesy, C.B., D.S.O., M.C., was a senior British Army officer of the Royal Engineers and a decorated veteran of the First World War. He was commissioned into the Royal Engineers in 1902, served in a range of operational and staff appointments, and by the late 1930s was an experienced Imperial officer with a professional background in command, training, mobilisation, and military organisation. His standing mattered because he was not a casual visitor or political commentator, but a senior officer able to assess New Zealand’s forces against contemporary British military practice.

Major-General Pierse Joseph “Pat” Mackesy, C.B., D.S.O., M.C., photographed in 1937, two years before he was asked to report on the Military Forces of New Zealand. Image: Walter Stoneman, National Portrait Gallery, London

His report on the Military Forces of New Zealand was prepared at the request of His Majesty’s Government in New Zealand after the Pacific Defence Conference. The United Kingdom authorities made his services available to the New Zealand Government for a few weeks, and he began his investigations in Auckland on Monday, 1 May 1939. By 22 May 1939, he had submitted his report to Army Headquarters, Wellington.[1]

Mackesy was careful to acknowledge the limits of his inquiry. He stated that it was impossible for one individual, in only three weeks, to investigate in detail all the activities and points of importance connected with the military forces of a country the size of New Zealand. Nevertheless, he had sought to obtain a fair and thorough general view of the problems involved. He also emphasised that his recommendations would require careful investigation before any action could be taken.[2]

He also made clear that the report was not an official British Government or War Office directive. The opinions, views, and recommendations were his own, and he alone was responsible for them. This gave the report a direct and candid tone. Mackesy told the Prime Minister that he understood plain and honest words were required, but he also stressed that where he criticised what he found, he did not intend criticism of individuals or groups. His purpose was to look at conditions as they existed and suggest how they could reasonably be improved.[3]

The timing was significant. The report was written only months before the outbreak of the Second World War, at a moment when the deteriorating international situation was testing New Zealand’s defence assumptions. Mackesy’s task was therefore not academic. He was examining whether the New Zealand Army, particularly its Territorial Force, mobilisation arrangements, equipment, ammunition reserves, training system, accommodation, and ordnance services, could meet the demands likely to be placed upon it in war.

Mackesy in the tradition of British defence inspection reports

Mackesy’s 1939 report also sits within a longer tradition of British officers inspecting, advising upon, and reporting on New Zealand’s defences. He was not the first senior Imperial or British officer to examine the country’s military arrangements, nor was his report an isolated event. From the late nineteenth century onward, New Zealand had repeatedly looked to British professional military expertise to assess its defence organisation, coastal protection, volunteer forces, mobilisation arrangements, and military efficiency.

Among the better-known examples were Major-General Sir Peter Henry Scratchley and Major-General Sir William Francis Drummond Jervois, whose work on colonial defence helped shape the port and coastal defence systems of Australia and New Zealand in the late nineteenth century.[4]

The pattern continued with Lieutenant-Colonel Francis John Fox, appointed Commandant of the New Zealand Permanent Militia in 1892. Fox inspected the Volunteer Force and produced a highly critical 1893 report, which caused a public and political stir for its uncompromising comments on the force’s condition and officers’ fitness for command.[5] Major-General Sir James Melville Babington, Commandant of the New Zealand Defence Forces from 1902, also produced formal reports on the Defence Forces of New Zealand.[6] Field Marshal Horatio Herbert Kitchener, 1st Earl Kitchener, later inspected New Zealand’s forces during his 1910 tour, contributing to the defence reform debate around compulsory military training and the wider reorganisation of Dominion defence.[7]

These earlier inspections and reports are reasonably well recorded in New Zealand defence history. Their recommendations, political reception, and subsequent reforms are traceable through parliamentary papers, newspapers, biographies, and later historical writing.

Mackesy’s report is different. Although it was prepared at a critical moment, only months before the outbreak of the Second World War, it appears to have attracted comparatively little sustained attention. The surviving archival record confirms that Mackesy submitted a formal report on the Military Forces of New Zealand on 22 May 1939, and that a later file addressed Recommendations 42 and 43, concerning modern equipment and ammunition reserves. Yet compared with Scratchley, Jervois, Fox, Babington, and Kitchener, there is a noticeable dearth of readily accessible secondary discussion on Mackesy’s findings and their subsequent influence. One possible reason is timing: war intervened almost immediately, shifting attention from broad reform to urgent mobilisation. Another may lie in Mackesy’s later wartime reputation. Within a year of advising New Zealand, Mackesy was associated with the controversial Norwegian campaign and was recalled after his handling of the Narvik operation enraged Prime Minister Winston Churchill. According to later accounts, Mackesy refused to commit his troops to what he considered “the sheer bloody murder” of an “arctic Gallipoli”, prompting Churchillian accusations of “feebleness and downright cowardice”. Although he avoided court-martial, Mackesy never again held field command.[8] While there is no clear evidence that New Zealand consciously suppressed or distanced itself from Mackesy’s report for that reason, his subsequent fall from favour may have made him a less convenient figure to acknowledge publicly.

That relative silence is significant. Mackesy’s report came at the hinge point between peacetime economy and wartime mobilisation. Unlike some earlier reports, it was not followed by a long period of public debate or gradual reform. The declaration of war rapidly overshadowed the broader recommendations, and attention appears to have narrowed to the most immediately actionable parts of the report, especially Recommendations 42 and 43 on modern equipment and ammunition reserves.[9] The follow-up papers show that these recommendations were implemented as a programme covering ammunition reserves, modern fighting and technical equipment, and the magazine, garage, and storage accommodation required to support them.[10]

For that reason, Mackesy’s report deserves to be recovered and re-examined. It belongs in the same broad tradition as Scratchley, Jervois, Fox, Babington, and Kitchener, but its significance lies in its timing. It was a final pre-war external assessment of the New Zealand Army before the demands of the Second World War forced theory into action. Its relative neglect has obscured the degree to which the Army’s wartime mobilisation priorities, especially modern equipment, ammunition reserves, mechanisation, and storage, were already being framed through a recognisably integrated logistics lens.

A report on the Army as a system

The structure of Mackesy’s report is revealing. Its table of contents moved beyond narrow questions of manpower or equipment and examined Regular Forces, the Territorial Force, the Special Reserve, Cadet Units, training, accommodation, mobilisation preparations, mechanisation, modern fighting equipment, ammunition, trained reserves, publicity, ordnance services, and financial administration.[11]

This breadth is important. In modern capability language, Mackesy was examining a range of inputs that would now be recognised across the PRICIE construct. The NZDF ILS Handbook describes PRICIE as the fundamental inputs to capability, covering Personnel, Research and development, Infrastructure and organisation, Concepts, doctrine and collective training, Information technology, and Equipment, logistics and resources.[12]

Mackesy did not use that vocabulary, but his report covered many of the same areas. He did not treat modern equipment as a stand-alone answer. He saw that equipment without trained personnel, ammunition, storage, transport, maintenance, and mobilisation arrangements did not constitute real military capability.

Mackesy’s central concern was that New Zealand’s military arrangements gave the appearance of a force without necessarily providing the substance of one. His analysis was rooted in a simple but enduring question:

Could the New Zealand Army actually perform the tasks expected of it in war?

He concluded that, under existing conditions, it could not do so with confidence.

Mission System and Support System

The modern NZDF ILS Handbook describes capability from an ILS perspective as the combination of a Mission System and a Support System. The Mission System is the part of the capability that directly performs the operational function, such as aircraft, ships, armour, communications, or, in Mackesy’s case, modern weapons and vehicles. The Support System is the totality of support infrastructure, resources, services, people, processes, and systems that enable the Mission System to be supported and operational objectives to be achieved.[13]

This distinction helps explain why Mackesy’s report remains relevant. His concern was not only that the New Zealand Army lacked sufficient modern Mission Systems, such as contemporary weapons, vehicles, and technical equipment, but also that the supporting system around them was incomplete. Ammunition reserves, trained personnel, mobilisation depth, magazines, garages, stores, training arrangements, and sources of supply all had to be provided if modernisation was to become a real capability.

In modern ILS terms, Mackesy was not simply asking, “What equipment does the Army need?” He was asking, “What system of support is required to make that equipment usable, sustainable, and available in war?”

The modern ILS view of capability as a Mission System supported by an integrated Support System. Although Mackesy did not use this terminology in 1939, his report considered many of the same elements, including personnel, training, equipment, ammunition, reserves, storage, transport, facilities, and supply.

Not modernisation from a standing start

It is important not to overstate Mackesy’s role as though he arrived in New Zealand to instruct an entirely dormant Army to modernise from scratch. By 1939, the New Zealand Army was already in the throes of modernisation. The process was slow, constrained by finance, dependent on British supply, and uneven in its results, but it was real. Since the mid-1930s, the Army had been placing orders for modern equipment, updating mobilisation planning, experimenting with mechanisation, and attempting to keep pace with contemporary British doctrine.

This is an important qualification to the common claim that New Zealand entered the Second World War wholly unprepared and equipped no better than it had been in 1918. The reality was more complex. Material deficiencies remained serious, but the Army was not intellectually or administratively stagnant. From 1934, the Director of Ordnance Services, Major Thomas Joseph King, worked to ensure that key ordnance positions were held by competent and experienced personnel. At the same time, New Zealand staff followed British doctrinal developments as closely as practicable, including changes in Field Service Regulations, mechanisation, training, mobilisation planning, and the implications of modern weapons.[14]

The same was true in the Army Service Corps. Although New Zealand’s transition from horse transport to motor transport was slow, it was already underway by the time Mackesy arrived. As late as the mid-1930s, each military district still retained one horse transport section and only one motor transport section, yet the direction of travel was clear. Major-General J. E. Duigan reported in 1937 that successful wartime transportation depended upon the efficient employment of civil resources and that the Army was now dependent on the motor industry for its mobility. Trials conducted in 1936 and 1937 had shown that motor transport could replace horse-drawn unit transport, and Duigan stated that this would be universally adopted in future. By 1938, despite the limited number of trucks and lorries held by the New Zealand Military Forces, Territorial Army Service Corps units were already conducting increasingly motorised convoy training.[15]

The archival record supports this more nuanced interpretation across both equipment and logistics. A 1938–39 Ordnance file shows a range of modern stores and equipment either on order, received, or being managed through requisition. These included Bren guns and components, Bren gun maintenance spares, 3-inch mortars, 2-pounder anti-tank guns and equipment, wireless sets No. 9 and No. 11, anti-gas equipment, Boys anti-tank rifles, portable cookers, tentage, medical equipment, signalling equipment, and large quantities of ammunition.[16]

The follow-up material to Mackesy’s report makes the same point. In relation to specialised vehicles, it noted that equipment requirements had to be considered as a whole and obtained from the most suitable source. It also recorded that the Army Department’s existing programme already provided for 39 Bren carriers, with six received and a further twelve on order, and eighteen six-wheeled field artillery tractors, with twelve previously ordered tractors already received.

Mackesy’s significance, therefore, was not that he invented the requirement for modernisation. Rather, he validated and sharpened it. He exposed the scale of the gap between partial modernisation and a force capable of mobilisation to the war establishment. The Army had begun to move beyond its First World War equipment base, and its staff were attempting to keep abreast of modern doctrine and equipment trends. Still, the process remained incomplete, under-resourced, and insufficient for the demands that war would impose.

A fair reading is that Mackesy reinforced an existing direction of travel and gave it strategic urgency. He turned modernisation from a series of equipment orders, doctrinal updates, and mobilisation preparations into a whole-force capability problem. The issue was no longer simply whether New Zealand had begun ordering modern equipment. It was a question of whether that equipment, together with trained personnel, ammunition reserves, storage, transport, maintenance, mobilisation depth, and supporting infrastructure, could be integrated into a force ready for war.

The iceberg effect

The modern ILS Handbook uses the “iceberg effect” to explain why ILS is necessary. It notes that capability planning and procurement have traditionally focused on equipment acquisition, while failing to account for Whole of Life Cost and Through Life Management. The visible acquisition cost is on the surface, while beneath it lie the larger, often less visible costs and requirements associated with operations, distribution, maintenance, training, technical data, supply support, test and support equipment, software, and disposal. The Handbook states that all these elements should now be considered early and planned across the life cycle, from policy and strategy to disposal.[17]

The ILS “iceberg effect”, showing how acquisition cost is only the visible portion of capability cost. Mackesy’s 1939 report anticipated this logic by linking modern weapons and vehicles to ammunition reserves, storage, magazines, garages, training, personnel, and procurement lead times.

Mackesy’s report and the follow-up work on Recommendations 42 and 43 show that the Army was already grappling with a similar problem in 1939. Modern weapons could not be considered in isolation. They required ammunition reserves, practice stocks, storage, magazines, garages, trained personnel, replacement depth, and a procurement plan that recognised lead times and sources of supply.

In other words, Mackesy saw beneath the surface of acquisition. He understood that the mere purchase of modern equipment would not solve the Army’s problem unless the less visible support system was also resourced.

The danger of paper capability

One of Mackesy’s most powerful themes was the difference between paper strength and usable strength. His examination of the Auckland defences showed this clearly. The 13th Heavy Battery required 338 all ranks for war manning of the fixed defences, but at the time of his visit, it had only a fraction of that number available. The Fortress Battalion had a war establishment of 773 all ranks, but a strength of only 320, of whom about sixty were considered physically unfit for war service.[18]

This was more than a manpower complaint. Mackesy was testing the force against its assigned task. A unit might exist on paper, but if it could not be manned, trained, equipped, and mobilised when required, it was not a real capability. This is directly comparable with modern capability assurance. Modern ILS and capability management similarly ask whether a capability is available, supportable, deployable, and sustainable, not merely whether it exists on an equipment register or establishment table.

Mackesy’s criticism was especially relevant because the Army’s mobilisation model relied heavily on the Territorial Force expanding rapidly in an emergency. He saw that this expansion would not be simple. Men might have little or no training. Units would need to be built up from inadequate peacetime strengths. Composite units would disintegrate on mobilisation into their component regiments. The gap between peacetime organisation and wartime effectiveness was therefore not administrative. It was operational.

Normalisation of deviance and the acceptance of military risk

A further way to read Mackesy’s report is as an early warning against what would now be called the normalisation of deviance.[19] The New Zealand Army had not suddenly become under-prepared in 1939. Rather, the condition Mackesy described had developed over time. Reduced establishments, obsolete equipment, inadequate reserves, limited training opportunities, insufficient accommodation, and reliance on rapid improvisation had gradually become accepted as normal peacetime conditions.

This was not necessarily the result of neglect by any one individual. Mackesy himself was careful not to criticise individuals or bodies of individuals, and he acknowledged that earlier decisions may have appeared necessary at the time. The problem was more systemic. Successive economies, assumptions, and deferrals had created a situation in which the Army’s deficiencies were visible but had not yet forced decisive correction.[20]

The extent to which these deficiencies had already become visible was demonstrated by the so-called “Four Colonels’ Revolt” of May 1938. Colonels Neil Lloyd Macky, C. R. Spragg, A. S. Wilder, and F. R. Gambrill publicly challenged official assurances about the state of the Territorial Force, arguing that New Zealand’s citizen army had been reduced below what was required for national defence, that recruiting and training were inadequate, and that morale had suffered. Their action breached military regulations and led to their posting to the retired list, but it also exposed the depth of professional unease within the senior Territorial leadership. Mackesy’s report should therefore be read against this background. He was not the first to identify the Army’s weaknesses.[21] Still, his external assessment gave formal shape to concerns that experienced New Zealand officers had already risked their careers to express.

In modern ILS terms, Mackesy was forcing decision-makers to confirm the impact of inaction. The ILS Handbook states that ILS principles include recognising constraints, focusing ILS effort where it will deliver the greatest benefit, and confirming the impact of any inaction.[22] Mackesy’s report did precisely that. He showed that what had become administratively familiar in peace would become dangerous on mobilisation.

The Army could still parade, train, administer, and maintain the outward form of a military system, but the underlying support structure was fragile. It lacked sufficient trained personnel, modern equipment, ammunition reserves, replacement weapons, accommodation, and mobilisation depth. Because those weaknesses had existed for some time without immediate disaster, they risked being accepted as the norm.

The declaration of war changed the calculation. What had been tolerable as a peacetime economy became a mobilisation risk. Mackesy’s report, therefore, demonstrates the danger of treating chronic under-resourcing as an acceptable condition. The absence of an immediate crisis had made shortages familiar, and that familiarity had made them appear manageable. Yet war removes the margin that peacetime under-resourcing depends upon.

Mackesy’s anti-improvisation principle

Mackesy’s report contains one of the clearest statements of the principle that underpins modern ILS. He warned that unless matters had been studied in peace, confusion and unnecessary loss of life and treasure would result when war forced unexpected action. He accepted that improvisation in war was possible but added that improvisation without previous thought and training was a costly expedient.[23]

This is, in essence, the logic of ILS. It exists to prevent an organisation from discovering too late that the ammunition reserve is inadequate, the spares are unavailable, the technical documentation is missing, the training pipeline is incomplete, the facilities are unsuitable, the supply chain lead time is too long, or the force cannot be sustained under operational conditions.

Mackesy’s language was that of 1939. The principle was timeless. A capability must be prepared before it is required. It cannot be wished into existence on mobilisation.

Recommendations 42 and 43, from report to action

The strongest evidence of ILS-like thinking appears in the follow-up work on Mackesy’s Recommendations 42 and 43, concerning the supply of modern equipment for the Army and the provision of ammunition reserves. The memorandum submitted by Major-General J. E. Duigan, Chief of the General Staff, in August 1939 divided the matter into three connected parts.

Part A dealt with the provision of reserve ammunition for weapons already in possession or already ordered. Part B dealt with the provision of modern fighting and technical equipment for the Territorial Force, together with the necessary ammunition reserves for new weapons. Part C addressed the magazine, garage, and storage accommodation required to house the equipment and ammunition covered by Parts A and B.

This structure is crucial. The Army was not simply proposing to buy modern weapons. It was linking weapons to ammunition, reserves, accommodation, garages, magazines, and storage. It also recommended that the projects be considered as a whole and that, if approved in principle, provision be made over a period of years, in line with the time required to obtain the various types of equipment and ammunition. Immediate local expenditure on accommodation was recommended, while enquiries were to be made into the most satisfactory sources of supply, taking account of both cost and delivery date.

This is ILS in all but name. Modern ILS would frame the same issue in terms of supportability, facilities, supply support, support equipment, training consumption, war reserves, procurement phasing, and whole-of-life cost. The 1939 language was different, but the logic was closely aligned.

The same logic is evident in the wartime expansion of the NZAOC. In 1937, the Ordnance establishment was still being framed around peacetime assumptions, limited mechanisation, and a relatively small depot and workshop structure. The Director of Ordnance Services had warned that if any great development of mechanisation occurred during the next five years, the Ordnance Workshop establishment would probably prove inadequate.

By 1942, that warning had become reality. The scale of mobilisation, equipment receipt, ammunition storage, inspection, accounting, repair, and issue had made the pre-war structure insufficient. War Cabinet approved an amended Ordnance Depot establishment of 30 officers and 1,019 other ranks, distributed across Trentham, Northern District, Central District, and Southern District. In parallel, it authorised a revised Ordnance Workshops establishment of 425 all ranks, comprising 15 officers and 410 other ranks, covering the workshops at Trentham, Devonport, and Burnham. Both the Ordnance Depot and Ordnance Workshops establishments were to be treated as Dominion establishments, rather than as separate fixed establishments for each depot or workshop.[24]

The scale of that support system is clearer when the pre-war and wartime establishments are placed side by side.

Ordnance functionPre-war establishment position, 1937–381942 wartime establishmentWhat changed
Ordnance DepotsSmall mixed military and civil establishment, framed around peacetime assumptions and the existing Territorial Force30 officers and 1,019 other ranks, a total of 1,049, across Trentham, Northern District, Central District, and Southern DistrictDepot support became a national supply, storage, accounting, receipt, issue, and distribution system
Ordnance WorkshopsThe limited workshop structure was considered vulnerable if mechanisation expanded. The 1938 Armament Section proposal included 3 officers, 9 WO1 artificers, and 25 other ranks across Trentham, Devonport, and Burnham15 officers and 410 other ranks, a total of 425, covering Trentham, Devonport, and BurnhamTechnical repair, inspection, modification, and maintenance became a national sustainment function
Establishment principleLocalised peacetime structureBoth depot and workshop establishments are treated as Dominion establishments. 

This was significant. It meant that NZAOC manpower was being managed as a national support capability, adaptable and transferable in response to the changing pressures of mobilisation, storage, repair, inspection, and distribution. The depots represented the system’s supply, accounting, storage, receipt, issue, and distribution functions. The workshops represented the technical sustainment arm, including armament artificers, instrument artificers, wireless artificers, carpenters and joiners, painters, plumbers and tinsmiths, blacksmiths and welders, electricians, clerks, storemen, and labourers.

Taken together, these two NZAOC establishments show that modernisation did not stop at acquisition. Modern equipment had to be received, inspected, accounted for, stored, issued, repaired, modified, maintained, and technically supported. In modern ILS terms, the Mission System had forced the expansion of the Support System beneath it.

Equipment, ammunition, reserves, and war wastage

The follow-up paper on Recommendations 42 and 43 showed that the Army was already thinking in terms of holdings, orders, war reserves, and annual practice expenditure. In Part A, the schedules showed ammunition held in the Dominion or on order, what was considered necessary as a war reserve, and what expenditure was required for annual practice.[25]

Part B extended this logic to modern weapons and technical equipment. It identified the nature and number of modern weapons and equipment required to replace or supplement obsolete or obsolescent equipment, to complete the Territorial Force war establishment, and to provide a 25 per cent reserve. It also calculated the ammunition required for those new weapons on a similar scale. [26]

This was not a narrow procurement. It was capability planning. It connected equipment to force structure, reserves, ammunition, training, and replacement needs. The inclusion of a 25 per cent reserve reflected an understanding that war consumes equipment as well as ammunition. Weapons break, vehicles wear out, losses occur, and reinforcements require training and equipping. The Army was therefore not planning merely for possession, but for endurance.

The scale of the problem is clearer when the weapon and ammunition returns are viewed across the period from 1939 to 1944. In August 1939, New Zealand’s modernisation remained uneven. Older weapons such as the 18-pounder, 4.5-inch howitzer, 60-pounder, and 6-inch howitzer still formed part of the artillery inventory, while modern weapons such as the 25-pounder, 2-pounder anti-tank gun, Bren gun, Bofors 40-mm anti-aircraft gun, and 3.7-inch anti-aircraft gun were either on order or still being discussed. By March 1944, the position had changed dramatically. Quartermaster General returns show 255 25-pounders, 219 2-pounder anti-tank guns, 226 6-pounder anti-tank guns, 10,991 Bren guns, and very large ammunition holdings, including 920,701 rounds for the 25-pounder, 423,259 rounds for the 2-pounder anti-tank gun, 428,023 rounds for the 3.7-inch anti-aircraft gun, and 608,984 rounds for the Bofors 40-mm. These figures show that Mackesy’s concern was not theoretical. Modernisation required not only weapons, but reserves, ammunition, storage, distribution, trained personnel, and a system capable of sustaining war consumption.

Weapon or ammunition type1939 positionLater wartime positionSignificance
25-pounder gunsRequirement identified255 by 1944Modern field artillery standard
2-pounder anti-tank guns16 On order against 90 required219 by 1944Early anti-tank modernisation
6-pounder anti-tank gunsAt the prototype stage226 by 1944Later response to armour threat
Bren guns40 available, 312 on order10,991 by 1944Expansion of modern infantry firepower
25-pounder ammunitionInitial Requirement of 58000 rounds identified920,701 rounds by 1944Shows ammunition burden of modernisation
Bofors 40-mm ammunitionInitial Requirement of 10000 rounds identified608,984 rounds by 1944Reflects growth of AA defence requirements

The problem of obsolete equipment

The need for this enlarged Ordnance support system was reinforced by the condition of the equipment itself. The follow-up material to Mackesy’s report made clear that the Territorial Force remained heavily dependent on old equipment. Apart from coastal defences and a few items of modern equipment already obtained or on order for the Field Force, much of the Territorial Force’s equipment remained of the pattern used in the previous war. Existing small arms were insufficient to equip the Territorial Force at war strength, and, except for rifles, there were no reserve weapons to replace war wastage or train reinforcements. [27]

This was a strikingly modern supportability problem. A force may possess equipment, but if that equipment is obsolete, insufficient, unsupported, or lacks reserves, the capability remains fragile. Mackesy and the Army Board understood that modernisation had to address both first-line equipment and depth. It was not enough to equip the first increment of a force. The system had to be capable of replacing losses, training reinforcements, and sustaining the force over time.

Lead time, source of supply, and industrial reality

The follow-up paper also recognised the hard limits imposed by procurement lead times and industrial capacity. It noted that new equipment could not be obtained from Great Britain until more than twelve months after the outbreak of war, and that even if ordered immediately under peace conditions, delivery would take place only over several years, depending on manufacturing time and the priority given to New Zealand’s orders. It also observed that ordering requirements in instalments were uneconomical and would not necessarily produce earlier or more uniform delivery.[28]

This is another point of strong alignment with modern ILS and capability management. Today, this would be described as supply chain risk, industrial capacity, source-of-supply analysis, procurement phasing, delivery risk assessment, and schedule dependency. In 1939, it was practical military administration. New Zealand could not assume that equipment would be available when war came. It had to consider where equipment could be sourced, how long it would take to arrive, what priority New Zealand would receive, and whether local expenditure could begin immediately on the supporting infrastructure.

Facilities as part of the capability

Part C of the follow-up paper addressed magazine, garage, and storage accommodation. It estimated the additional accommodation needed for ammunition already on order, ammunition under Part A, ammunition under Part B, vehicle garage accommodation, and general storage.

This is one of the clearest examples of the programme’s support logic. Modernisation was not treated as complete once weapons or vehicles had been ordered. The Army needed somewhere to store ammunition safely, somewhere to garage vehicles, and somewhere to hold equipment. The capability, therefore, depended on the estate as much as on the equipment itself.

This point is reinforced by the 1940 summary of estimated Army expenditure. Although prepared before Japan entered the war, the report is significant because it was already looking beyond immediate equipment purchases to the infrastructure required for mobilisation, home defence, training, storage, maintenance, and sustainment. In that sense, it anticipated many of the pressures that would later become urgent after the Pacific War began. Alongside weapons, ammunition, vehicles, and general equipment, the summary included provision for buildings, water supply, roads, hospital accommodation, officers’ quarters, ordnance stores, garages, and workshops.[29]

The range of facilities identified in the 1940 expenditure summary shows that infrastructure was being treated as a mobilisation requirement.

Facility or infrastructure itemEvidence from the 1940 expenditure summaryCapability significance
Buildings and camp infrastructureBuildings, water supply, roads, hospital accommodation, officers’ quarters, and other camp works were includedShows that mobilisation required a physical estate able to house, train, administer, and sustain an expanded force
Ordnance storesProvision was included for Ordnance storesEquipment and ammunition required controlled storage, accounting, preservation, and issue facilities
GaragesGarage provision was includedMechanisation required vehicle accommodation, protection, maintenance access, and controlled fleet management
WorkshopsWorkshop provision was includedWeapons, vehicles, instruments, and technical stores required repair, modification, maintenance, and inspection facilities
Magazine and ammunition accommodationThe wider Mackesy follow-up programme identified magazine, garage, and storage accommodation as part of the equipment and ammunition problemAmmunition reserves were only useful if they could be safely stored, managed, protected, and issued
Roads and water supplyRoads and water supply were included as expenditure itemsCamps, depots, magazines, and workshops required basic infrastructure before they could function as military facilities

The table illustrates that facilities were not an administrative afterthought. They were part of the support system that allowed weapons, ammunition, vehicles, stores, and personnel to become usable military capability. The timing sharpens the significance. In 1940, New Zealand was not yet at war with Japan, but the Army was already identifying the estate and infrastructure requirements that would underpin mobilisation and home defence. When the Pacific War later made the threat to New Zealand more immediate, many of these requirements were no longer theoretical.

Training and the human system

Mackesy also understood that trained people were central to capability. His report criticised the absence of regular units, the scattering of regular personnel across instructional and administrative duties, and the lack of a trained force available for mobilisation to protect while the Territorial Force prepared itself. He also noted that officers lacked opportunities to exercise tactical command in peace.[30]

Again, this reflects a whole-system view. Equipment required trained operators, trained commanders, trained instructors, and training areas. The Army’s problem was not merely material. It was institutional. Modern weapons, vehicles, ammunition, stores, workshops, garages, and magazines could not generate capability unless trained personnel existed to use, account for, maintain, repair, distribute, and command them.

The wartime expansion of the NZAOC reinforces this point. By 1942, the Ordnance Depot and Ordnance Workshops establishments had both become Dominion establishments, reflecting the need to manage trained manpower nationally rather than as a series of isolated local appointments. The depots required personnel able to handle receipt, accounting, storage, issue, and distribution, while the workshops required armament artificers, instrument artificers, wireless artificers, tradesmen, clerks, storemen, and labourers able to support increasingly technical equipment. The growth of the NZAOC was therefore not simply an increase in numbers. It was the creation of a trained human support system beneath modernisation.

The modern ILS Handbook identifies training support as one of the 10 ILS elements, involving the resources, skills, and competencies necessary to acquire, operate, support, and dispose of a capability system. It also identifies personnel as a separate ILS element, covering human resources and the prerequisite training, skills, and competencies required to acquire, install, test, train, operate, and support the capability system throughout its life cycle. Mackesy’s concern with Regular Forces, Territorial training, instructors, officers, cadets, and reserves fits closely with that logic.

Mapping Mackesy against the modern 10 ILS elements

The NZDF ILS Handbook lists 10 ILS elements: engineering support, maintenance support, supply support, packaging, handling, storage and transportation, training support, facilities, support and test equipment, personnel, technical data, and computer support.[31] Mackesy’s report and the follow-up work do not align with all these equally, but the comparison is revealing.

NZDF ILS elementThe Mackesy-era equivalent visible in the reportsAlignment
Engineering supportModern equipment selection, mechanisation, suitability of weapons and vehiclesPartial
Maintenance supportGarages, stores, vehicle support implications, mechanisationPartial
Supply supportAmmunition reserves, war reserve stocks, replacement weapons, source of supplyStrong
Packaging, handling, storage and transportationMagazines, garages, storage accommodation, specialised vehicles, delivery timelinesStrong
Training supportRegular, Territorial and Cadet training, instructors, annual camps, reinforcement trainingStrong
FacilitiesMagazine, garage, store accommodation, training areasStrong
Support and test equipmentLimited evidence in the reviewed materialWeak or implicit
PersonnelRegular Force, Territorial Force, reserves, instructors, officers, quartermastersStrong
Technical dataNot clearly visible in the reviewed documentsWeak
Computer supportNot applicable to 1939Not applicable

This mapping helps keep the argument balanced. Mackesy was not applying modern ILS in full. There is little visible evidence of what would now be called technical data management, configuration management, Reliability, Availability, and Maintainability analysis, Level of Repair Analysis, Failure Modes, Effects, and Criticality Analysis, or computer support. But the strongest areas of alignment, supply support, training support, facilities, personnel, storage, transportation, and supportability planning, are precisely the areas most central to whether a mobilisation force could be made real in 1939.

Whole-of-life awareness, not modern Whole of Life Costing

The ILS Handbook states that Whole of Life Cost incorporates all costs attributable to a capability throughout its life cycle, and that many of these costs are incurred during the In-Service phase, even though key cost decisions are made much earlier.[32] Mackesy’s work should not be described as Whole of Life Costing in that modern technical sense. It did not model all costs across acquisition, operation, support, upgrade, and disposal.

However, it did move well beyond simple purchase cost. The follow-up work considered capital costs, ammunition reserves, annual practice expenditure, magazines, garages, storage accommodation, delivery times, sources of supply, and phased expenditure over several years.[33] That was not modern Whole-of-Life Costing, but it was a clear form of whole-of-support awareness.

This distinction matters. It avoids anachronism while preserving the core argument. Mackesy was not using a modern costing model, but he was applying the broader principle that capability costs do not end with equipment acquisition.

Was Mackesy’s report parked?

It would be fair to say that Mackesy’s report was initially parked, but that phrase needs careful handling. It was not simply ignored. Mackesy himself stated that his suggestions would require careful investigation before action could be taken. That gave the Government and the Army Department room to treat the report as a major advisory document rather than to implement it in full immediately.

In May 1939, New Zealand was still technically at peace. Mackesy’s broader recommendations, covering the Regular Force, Territorial Force, training, pay, prestige, reserves, cadets, accommodation, mobilisation, equipment, ammunition, ordnance services, and financial administration, represented a substantial reform agenda. It was unlikely that such a programme would be adopted in its entirety within weeks.

Once war was imminent, however, the position changed. The report appears to have been used selectively, with attention narrowing to those parts that could be translated most directly into urgent military preparedness. Recommendations 42 and 43, dealing with modern equipment and ammunition reserves, received particular attention. A memorandum of 22 September 1939 confirms this shift, noting that the original estimates had been prepared on a peacetime basis and that urgent orders had since been placed for 18-pounder gun ammunition, 4.5-inch howitzer ammunition, and 100 Marmon-Herrington adapters fitted to vehicles.[34]

Mackesy’s report, therefore, became less a comprehensive reform blueprint and more a menu of urgent war-preparedness measures. The deeper structural issues, such as the creation of regular units, institutional training reform, and the broader status of the Army, did not receive the same immediate attention. What moved first were the recommendations most directly connected to mobilisation, equipment, ammunition, mechanisation, storage, and mobility.

ILS as formalised old-fashioned military planning

The comparison with modern ILS should not be overstated. Mackesy was not applying a formal ILS framework. His report does not show modern logistics support analysis records, reliability and maintainability modelling, configuration management databases, digital technical data, performance-based support contracts, or through-life governance structures.

The ILS Handbook describes modern ILS as structured, iterative, life cycle-based, and linked to Through Life Support, Systems Engineering, Logistics Support Analysis, Whole of Life Costing, supportability testing, configuration management, RAM, and other technical disciplines. Mackesy’s 1939 work was not that.

Yet the underlying method is unmistakably aligned. Mackesy and the subsequent Army Board work treated capability as an integrated system. They considered personnel, training, equipment, ammunition, reserves, accommodation, storage, mobilisation, source of supply, lead time, cost, and delivery. The later expansion of the NZAOC Depot and Workshops establishments as Dominion establishments, together with the 1940 expenditure planning for buildings, roads, water supply, ordnance stores, garages, and workshops, shows that this logic moved beyond paper analysis into practical mobilisation planning. The Army understood that a force could not be judged by its nominal existence, or by equipment on order, but by its ability to mobilise, train, store, issue, repair, move, reinforce, and sustain itself under wartime conditions.

This is the essential point. Modern ILS did not invent the idea that a military capability must be supportable. It formalised an older military truth.

Contemporary reflections for logisticians

Mackesy’s report should not be read as a simple checklist against which to judge contemporary logistics practice. The strategic setting, technology, force structure, governance, and scale of modern defence capability are vastly different from those of 1939. Nor should the report be used to imply that modern logisticians are repeating the failures of an earlier generation. Its value lies elsewhere. It provides a historical case study in how supportability, preparedness, and sustainment can determine whether military capability is real or merely assumed.

For contemporary logisticians, the first reflection is that capability must be understood as a system. Mackesy’s report did not treat weapons, vehicles, ammunition, personnel, training, storage, accommodation, and mobilisation as separate subjects. He examined them as interdependent parts of one military problem. The subsequent wartime expansion of NZAOC depots and workshops, and the inclusion of facilities such as stores, garages, workshops, roads, water supply, and accommodation in 1940 planning, reinforce the same point. A capability may be acquired through equipment, but it is delivered through the support system that allows it to be stored, issued, maintained, repaired, moved, supplied, trained, and sustained.

The second reflection is that gaps are easiest to tolerate when they have become familiar. Mackesy did not describe an Army that had suddenly become deficient. He described a force that had adapted over time to shortages, workarounds, obsolescence, limited reserves, inadequate establishments, and constrained training. In modern terms, this highlights the importance of identifying the impact of inaction. A shortage that has been managed for years may still be a real operational risk when circumstances change.

The third reflection is that mobilisation and sustainment cannot be improvised at the point of crisis. Mackesy’s warning about improvisation without previous thought and training remains relevant, not because the conditions of 1939 are directly comparable to today, but because the principle is enduring. Supply chains, storage, maintenance arrangements, trained personnel, technical data, contracts, transport, infrastructure, workshops, and reserves all require time, investment, facilities, and deliberate planning before they are needed.

The fourth reflection is that modernisation is not complete when equipment is ordered. New Zealand was already modernising before Mackesy arrived, with modern equipment received, further items on order, and staff attempting to remain current with British doctrine. Yet Mackesy’s report showed that partial modernisation was not enough. Equipment had to be connected to ammunition reserves, trained users, storage, transport, maintenance, repair, mobilisation depth, and supporting infrastructure. The 1942 Ordnance establishments and the 1940 facilities planning show the practical consequence of that principle: modernisation created a support burden that had to be manned, housed, equipped, and sustained.

Finally, Mackesy’s report demonstrates the value of honest external examination. His assessment was not perfect, nor was it a full implementation plan, but it forced attention onto the relationship between stated capability and actual readiness. For logisticians, that is perhaps the most useful enduring point. The purpose of logistics advice is not simply to support decisions already made, but to clarify what those decisions require if the capability is to be safe, available, supportable, repairable, and sustainable.

Read this way, Mackesy’s report is not a judgment on the present. It is a reminder that logistics has always been central to the credibility of military capability. The language has changed, and modern ILS has formalised the process, but the professional obligation remains familiar: to ensure that capability can be generated, supported, and sustained when required.

Conclusion

Major-General Mackesy’s 1939 report should be read not simply as a criticism of the New Zealand Army, but as a whole-force capability assessment. He arrived when the Army was already modernising, but that modernisation remained incomplete. His value lay in exposing the gap between equipment acquisition and usable military capability.

The follow-up work on Recommendations 42 and 43, together with the later expansion of Ordnance Depot and Ordnance Workshops establishments, demonstrates that this was not an abstract concern. Modern weapons, vehicles, ammunition, and technical stores required reserves, storage, magazines, garages, workshops, trained personnel, accounting systems, repair capacity, and distribution arrangements. The 1940 facilities planning reinforces the same point. Before the Pacific War made the threat to New Zealand more immediate, the Army was already identifying the estate and infrastructure needed to support mobilisation and home defence.

Measured against the modern NZDF ILS Handbook, Mackesy’s work was not ILS in the contemporary technical sense. It lacked the formal structures, terminology, analytical tools, and governance of modern capability management. Yet it clearly reflected the principles that ILS now formalises; early attention to supportability, recognition of whole-of-support requirements, integration of Mission System and Support System considerations, and the need to design capability that can actually be prepared, used, maintained, repaired, and sustained.

For contemporary logisticians, Mackesy’s report is best read as a historical reflection rather than a judgement. It reminds us that logistics is not a secondary activity performed after capability decisions have been made. It is part of the capability itself. Equipment without trained people, ammunition, spares, storage, transport, maintenance, infrastructure, workshops, repair capacity, and mobilisation depth is not a complete military capability.

The terminology has changed, the governance has become more formal, and the tools have become more sophisticated, but the underlying principle remains the same:

A capability is not real until it can be trained, equipped, supplied, stored, moved, maintained, repaired, reinforced, and sustained when required.

Notes

[1] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939),” Archives New Zealand No R18871665  (1939).

[2] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939).”

[3] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939).”

[4] Roderick MacIvor, Citizen Army: The New Zeland Wars Lost Official History (Wellington: Defence of New Zealand Study Group, 2025), 214-15.

[5] Paul William Gladstone Ian McGibbon, The Oxford companion to New Zealand Military History (Auckland; Melbourne; Oxford: Oxford University Press, 2000, 2000), , 180.

[6] J Babington, “Defence Forces of New Zealand (Report on the) by Major General J.M Babington, Commandant of the Forces,” Appendix to the Journals of the House of Representatives, 1902 Session I, H-19  (1902), https://paperspast.natlib.govt.nz/parliamentary/AJHR1902-I.2.3.2.29.

[7] “Defence of the Dominion of New Zealand (Memorandum on the),” Appendix to the Journals of the House of Representatives, 1910 Session I, H-19a  (28 February 1910), https://paperspast.natlib.govt.nz/parliamentary/AJHR1910-I.2.3.2.30.

[8] N. Smart, Biographical Dictionary of British Generals of the Second World War (Pen & Sword Military, 2005).

[9] “Organisation for National Security, Chiefs of Staff Committee – Recommendations No 42 – 43 of Mackesy report – Supply of modern equipment for the army and the provision of reserves of ammunition, September 1939,” Archives New Zealand No R16640388  (1939).

[10] “Organisation for National Security, Chiefs of Staff Committee – Recommendations No 42 – 43 of Mackesy report – Supply of modern equipment for the army and the provision of reserves of ammunition, September 1939.”

[11] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939).”

[12] Defence Logistic Command – Integrated Logistics Support Centre of Expertise, Integrated Logistics Support in Capability Management Handbook Third Edition (New Zealand Defence Force, 2022).

[13] Defence Logistic Command – Integrated Logistics Support Centre of Expertise, Integrated Logistics Support in Capability Management Handbook Third Edition.

[14] “Debunking the Myth of New Zealand’s Military Unpreparedness During the Interwar Period,” To the Warrior His Arms, History of the Royal New Zeland Army Ordnance Corps and it predecessors, 2025, 2026, https://rnzaoc.com/2020/12/21/ordnance-in-the-manawatu-1915-1996/.

[15] James Russell, “Brigadier Stanley Crump – An Underappreciated New Zealand Military Logistics Commander: a thesis presented in partial fulfilment of the requirements for the degree of Master of Arts in History at Massey University, Manawatu, New Zealand” (Massey University, 2022).

[16] “QMG (Quartermaster General) – Ordnance “, Archives New Zealand No R18527870  (9 January 1937 – 1939).

[17] Defence Logistic Command – Integrated Logistics Support Centre of Expertise, Integrated Logistics Support in Capability Management Handbook Third Edition.

[18] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939).”

[19] D. Vaughan, The Challenger Launch Decision: Risky Technology, Culture, and Deviance at NASA (University of Chicago Press, 1996).

[20] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939).”

[21] Ian McGibbon, The Oxford Companion to New Zealand Military History, 179-80.

[22] Defence Logistic Command – Integrated Logistics Support Centre of Expertise, Integrated Logistics Support in Capability Management Handbook Third Edition.

[23] Defence Logistic Command – Integrated Logistics Support Centre of Expertise, Integrated Logistics Support in Capability Management Handbook Third Edition.

[24] “Establishments – Ordnance corps,” Archives New Zealand No R22441743  (1937-1968).

[25] “Organisation for National Security, Chiefs of Staff Committee – Recommendations No 42 – 43 of Mackesy report – Supply of modern equipment for the army and the provision of reserves of ammunition, September 1939.”

[26] “Organisation for National Security, Chiefs of Staff Committee – Recommendations No 42 – 43 of Mackesy report – Supply of modern equipment for the army and the provision of reserves of ammunition, September 1939.”

[27] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939).”

[28] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939).”

[29] “Chief of the General Staff: Gun Ammunition, general army equipment and New Zealand Force numbers,” Archives New Zealand No R22849606  (1940).

[30] “NZ Forces – Army -Report on the military forces of NZ by Major-General Mackesy (22 May 1939).”

[31] Defence Logistic Command – Integrated Logistics Support Centre of Expertise, Integrated Logistics Support in Capability Management Handbook Third Edition.

[32] Defence Logistic Command – Integrated Logistics Support Centre of Expertise, Integrated Logistics Support in Capability Management Handbook Third Edition.

[33] “Organisation for National Security, Chiefs of Staff Committee – Recommendations No 42 – 43 of Mackesy report – Supply of modern equipment for the army and the provision of reserves of ammunition, September 1939.”

[34] The reference to “100 Marmon-Herrington adapters fitted to vehicles” appears to relate to four-wheel-drive conversion equipment supplied by the American firm Marmon-Herrington. These adapters were not simply minor spare parts, but conversion assemblies that allowed standard commercial vehicles, usually built as two-wheel-drive trucks, to be adapted for military use with improved cross-country mobility. Such kits typically involved the fitting of a driven front axle, transfer case, driveline modifications, and associated mounting components. Their inclusion alongside urgent ammunition orders shows that, by September 1939, New Zealand’s preparations were extending beyond stockpiling munitions to improving the field mobility of its vehicle fleet; “Trucks converted with Marmon-Herrington All-Wheel Drive Conversion Kits,” Marmon-Herrington military vehicles, 2002, 2026, https://www.mapleleafup.nl/marmonherrington/truck.html?utm_source=chatgpt.com.


Ad Hoc UBREs

NZAOD and New Zealand Army Bulk Refuelling in Malaysia, 1985–1989

The photographs accompanying this article show New Zealand Army Unit Bulk Refuelling Equipment (UBRE) in practical field use during exercises in Malaysia in the second half of the 1980s. The vehicles were operated by the New Zealand Advanced Ordnance Depot (NZAOD) in Singapore, supporting New Zealand forces training in the region during the final years of New Zealand Force Southeast Asia.

Evidence now places NZAOD’s truck-mounted bulk fuel support in Malaysia from at least Exercise Pemburu Rusa in 1985 through to Exercise Taiha Tombak XI in 1989, the final exercise for NZAOD. These images provide a rare visual record of how New Zealand’s tactical bulk refuelling capability appeared in service, not as a polished catalogue item or purpose-designed military refuelling module, but as a pragmatic, improvised system assembled from available tanks, pumps, hoses, fittings, and vehicle platforms.

The images are important because they show the reality behind later Army correspondence, which described the in-service New Zealand UBRE as an “ad hoc combination” of equipment. That description was not an exaggeration. By the late 1980s, the New Zealand UBRE was a field-engineered arrangement based around a 2000-litre rigid tank, a pallet-mounted dispensing pack, and an RL Bedford truck. The system worked, but it was never an ideal or fully purpose-designed solution. It was a practical answer to a practical problem, moving and issuing fuel forward in conditions where jerrycans alone were too slow, labour-intensive, and inefficient.

The ad hoc New Zealand UBRE

In its typical late-1980s form, the New Zealand UBRE consisted of a 2000-litre rigid fuel tank shackled or otherwise secured to the deck of an RL truck in NZAOD and a UNIMOG truck for NZ-based units. Nearby, a palletised dispensing pack was mounted, containing a pump, filter, meter, hoses, and fittings. Some pumps were self-contained, consisting of a pump, filter, and meter within a robust frame. Other pumps were made up of separate pump, filter, and meter components that were often grouped together on a pallet base and secured with steel banding tape.

The tank and dispensing pack were connected by two-inch hoses using camlock fittings. These fittings could be wired shut, but they required constant checking during movement, as vibration and road travel could work them loose. Fuel was dispensed to vehicles through a one-inch hose. In some cases, this could be fitted to a hose reel, but more often the hose was simply wound around the dispensing pack for stowage.

In New Zealand, a UBRE could be configured to dispense petrol, diesel, or Aviation Turbine Fuel. However, in Singapore, the NZAOD UBREs were configured specifically for petrol, then commonly referred to as MT Gas. Each issue was recorded on an MD638 Issue Sheet in litres, based on the meter reading. This detail is important. Although the equipment itself was improvised, the accounting and control of fuel remained formalised. The operator had to issue fuel, read the meter, record the quantity, and maintain a written record of consumption. In that sense, the UBRE was not merely a pump and tank on the back of a truck; it was part of a wider supply and accountability system.

The photographs show the dispensing pack either sitting exposed on the truck deck, with hoses visible around the tank and pump assembly or with the vehicle sideboards remaining fitted. The arrangement was functional, but it relied heavily on operator vigilance, routine checks, and practical experience.

Taiha Tombak X

Several photographs show the UBREs in convoy or road movement. These views make clear how exposed the equipment was. The dispensing pack, hose work, and tank fittings sat on the open deck, secured for movement but still vulnerable to vibration, weather, and rough roads. This was the kind of operating environment that made loose couplings, leaking fittings, and constant equipment checks an everyday concern.

Pemburu Rusa 88

Other images give a clearer side view of the RL-mounted UBRE. The large rectangular tank dominates the deck, with the dispensing pack positioned at the rear. The visible placarding, external hose work, and “No Smoking within 13M” markings highlight its role as a fuel-carrying and fuel-dispensing vehicle rather than a general cargo truck. The images also illustrate one of the central compromises of the system. The RL provided mobility and load-carrying capacity, but the refuelling equipment was not integrated into the vehicle as it would be in a purpose-built tanker or modern fuel module. It was mounted onto the truck, rather than designed as part of it.

Taiha Tombak IX

One of the most useful photographs shows three UBRE-equipped vehicles together in Malaysia. Rather than isolated refuellers, the image captures a small mobile fuel element, with each RL carrying a 2000-litre rigid tank and associated dispensing equipment. This gives a better sense of how the ad hoc UBRE capability could be grouped to support exercises, providing a dispersed yet practical bulk refuelling capacity. It also highlights the variation within the system. Although each vehicle performed the same broad role, the equipment was not a fully standardised, purpose-designed refuelling module. It was a collection of workable configurations assembled from available tanks, pumps, hoses, fittings, and vehicle platforms. That flexibility was useful in the field, but it also created challenges for maintenance, training, and safety.

Lunch stop Taiha Tombak XI

A mobile field fuel point

The wider photographic set adds further detail to how these improvised UBREs were actually operated. They were not simply trucks carrying fuel tanks. In the field, they could be established as temporary fuel issue points, with warning signs, no-smoking controls, drums used to mark or control the area, and fuel dispensed by hose directly into vehicles or into containers.

Pemburu Rusa 88

One image shows a controlled fuel point layout, with drums and signage forming a visible boundary around the dispensing area. Others show UBREs in harbour, in hides, on roads, and at exercise locations, demonstrating that the system was used as a mobile field fuel capability rather than as static depot equipment.

UBRE Hide Taiha Tombak XI

The photographs also show fuel being issued directly to vehicles and, in some cases, into jerrycans or other containers.

Taiha Tombak XI

This confirms that the UBREs were not limited to bulk vehicle refuelling alone. They could support vehicle replenishment, container filling, and local redistribution of MT Gas as required. The equipment was flexible, but that flexibility came from operator skill and improvisation rather than from a formally integrated design.

Kerbsiode convoy refuelling Taiha Tombak X

One photograph of field administration is particularly useful. It shows the paperwork side of the operation, reinforcing that the fuel issue remained formally controlled even when the equipment was improvised. Issues were measured with the meter and recorded in litres on the MD638 Issue and Receipt Sheet. At the end of each day, the MD638 issue and receipt sheets would be reconciled, and the balance would be entered on an AFNZ 28 Supplies and POL Ledger Card. This was then checked against the physical stock by dipping the tank. The result was a daily record of receipts, issues, book balance, and actual balance, with allowance made for normal tolerances, spillage, and calculated measurement variation. The UBRE may have been ad hoc in construction, but the discipline surrounding fuel accounting remained intact.

The activities shown in these photographs should be read as a snapshot rather than a complete record of NZAOD Petroleum Operator activity in Southeast Asia. They capture the principal known examples where UBREs were utilised in Malaysia between 1985 and 1989, but Petroleum Operators also supported New Zealand Transport Squadron activity and other exercises or depot requirements. They also supported helicopter refuelling for 141 Flight RNZAF. The UBREs were therefore only one visible part of a wider petroleum support function that linked vehicle movement, air support, depot supply, and field sustainment during New Zealand’s final years in Singapore and Malaysia.

Reconciling 638s Taiha Tombak X

The introduction of the UBRE idea

During this period, the term UBRE itself was not widely understood outside the Petroleum Operator community. It appears to have entered New Zealand Army usage through officers and soldiers who had been exposed to British petroleum doctrine and equipment, including Phil Green and H. J. Carson. Carson and Green were officers who had seen British UBRE mounted on Bedford or similar standard trucks during their time on the long petroleum course in the United Kingdom. They brought the concept back into New Zealand service, where it was discussed, adapted, and reinforced through Petroleum Operator courses.

British Army UBRE

In this sense, UBRE was not just a piece of equipment. It was a British idea filtered through New Zealand circumstances and given practical form by petroleum operators who understood that the Army needed something better than jerrycans alone, even if a fully engineered solution was not yet available.

Earlier New Zealand Petroleum Operators in Southeast Asia included Billy Vince, Stu McIntosh, Ian “Butch” Hay, Alan Barnes, Brian Calvey, John Weeds, and A. J. Weston. This list is not exclusive, and any omissions are regretted. Their service provides important continuity to the later NZAOD UBRE story. The ad hoc RL-mounted UBREs of the late 1980s did not appear in isolation. They developed from an established petroleum support presence in Southeast Asia, shaped by earlier operators, older equipment, field expedients, and the practical demands of supporting New Zealand forces in Malaysia and Singapore.

Earlier evidence, Exercise Pemburu Rusa, 1985

The use of NZAOD bulk fuel equipment in Malaysia can now be pushed back before the 1987–1989 photographic record. A contemporary recollection titled “Driving in Malaysia, An Experience” records that, after arriving in Singapore in late August 1985, Staff Sergeant Stu McKintosh recalls his first introduction to driving on the Malay Peninsula came during Exercise Pemburu Rusa, conducted between 2 and 31 October 1985. After initially driving the escort Land Rover for an RT-25 rough-terrain forklift, he soon found himself driving an RL fitted with a single 2000-litre tank on about four refuelling runs back to Singapore.[1]

Each trip took around two hours one way, despite the distance being only about sixty miles, with road conditions, traffic, and local driving habits contributing to the slow journey. This account is important because it confirms that NZAOD was operating truck-mounted bulk fuel arrangements in Malaysia before the later Taiha Tombak photographs. It does not prove that the exact UBRE configuration seen in the later images was already in routine use, but it does show that RL-mounted fuel carriage and refuelling support formed part of NZAOD’s exercise support system by late 1985.

It also reinforces a recurring theme in the photographic evidence, fuel support in Malaysia was never simply a technical matter. It required drivers and petroleum operators to move heavy, fuel-carrying vehicles over long distances and through demanding traffic conditions while maintaining the safety and accountability expected of military fuel operations.

The 1985 Pemburu Rusa experience helps explain the later Taiha Tombak arrangements. By the time larger exercises were being supported in the late 1980s, NZAOD already had practical experience moving fuel-carrying RLs between Singapore and Malaysian exercise areas. The later ad hoc UBREs therefore appear less as a sudden invention and more as the development of an existing pattern, using RL trucks, rigid tanks, pumps, filters, meters, hoses, local commercial support, and Petroleum Operator trade knowledge to create a mobile refuelling capability suited to New Zealand’s needs in Southeast Asia.

Exercise Taiha Tombak IX, 1987

The Taiha Tombak series provides a clearer sequence of NZAOD UBRE employment in the closing years of the New Zealand presence in Singapore. Two UBREs were sent on Exercise Taiha Tombak IX in 1987, conducted in Pahang State. Their use shows that, by 1987, the RL-mounted UBRE had moved beyond an occasional solution and had become part of the expected NZAOD support package for major exercises.

Taiha Tombak IX

With only a limited pool of NZAOD personnel available to support Exercise Taiha Tombak IX, soldiers were employed across multiple roles as required. At different stages of the exercise, Corporal Flo Tamehana and Lance Corporals Terry Read, Richard Tyler, and Rob McKie worked within the Petroleum Section. Their role was to operate the UBREs, handle fuel issues, maintain the dispensing equipment, and support kerbside or field refuelling as required by the exercise.

The exercise arrangement required repeated resupply runs to keep the UBREs filled. When operating in Johor State, this was normally achieved by returning to Singapore. However, when the exercises moved farther north up the Malay Peninsula, returning to Singapore was no longer practical. In those cases, fixed fuel sources were arranged through contracted commercial fuel companies, such as Mobil, using civilian service stations or commercial fuel points in or near the exercise area. In practical terms, the UBREs operated either as a shuttle-based bulk fuel link between Singapore and the deployed force, or as a mobile distribution system refilled from contracted civilian fuel infrastructure closer to the exercise.[2]

Exercise Pemburu Rusa, 1988

A further NZAOD detachment deployed on Exercise Pemburu Rusa in 1988 for approximately eight weeks, operating out of the Chaa Airfield area in Johor State. This confirms that UBRE use by NZAOD was not limited to the larger Taiha Tombak exercise series, but formed part of a wider pattern of field fuel support in Malaysia during the late 1980s.

The Petroleum Operators on Exercise Pemburu Rusa in 1988 were Lance Corporals Terry Read, Richard Tyler and Rob McKie. Their task was to keep the UBREs supplied and operational during the eight-week deployment, including repeated resupply runs from Chaa Airfield back to Singapore.

The exercise arrangement required repeated resupply runs from the exercise area back to Singapore to refill the UBREs. These were usually conducted as overnight trips. The fuel vehicles would leave the exercise area, complete the approximately two-hour road move back to Singapore, refuel overnight in barracks, and return to the exercise area the following morning. In practical terms, the UBREs were operating as a shuttle-based bulk fuel link between Singapore’s fixed support base and the deployed exercise area in Johor.

This routine again highlights the practical value of the RL-mounted UBRE, as well as the workload imposed on petroleum operators. They had to combine long-distance driving, refuelling, vehicle checks, field distribution, and ordinary detachment duties over an extended period. The UBRE was not just a piece of equipment, it was part of a daily sustainment rhythm connecting the depot base in Singapore with the deployed field force in Malaysia.

Exercise Taiha Tombak X, 1988

The operational value of these improvised UBREs is well illustrated by Exercise Taiha Tombak X, a brigade-size exercise conducted annually with the Malaysian Armed Forces in the states of Perak and Kedah. New Zealand involvement included 1 RNZIR, 141 Flight, the New Zealand Force Hospital, the New Zealand Military Police Unit, New Zealand Workshops, New Zealand Transport Squadron, and NZAOD. The NZAOD detachment was small, only fourteen personnel, but it carried a wide sustainment burden, including expendables, clothing, ammunition, water, POL, and rations.

The detachment’s Petroleum Section was central to the exercise. It consisted of Lance Corporals Terry Read, Rob McKie and “Monkey” Siemonek. Preparation began as early as March, with requirements being developed for the units to be supported during the exercise.

The move from Singapore to the exercise area took three days and covered approximately 800 kilometres. The Brigade Maintenance Area (BMA) moved first, followed by 1 RNZIR. At Tampin, the first overnight stop, the cooks established a kitchen while the petroleum operators refuelled the convoy. On that first night, two UBREs were emptied and then refuelled in the township of Tampin. The next day, as the BMA moved north towards Taiping, Terry Read and Monkey Siemonek remained behind to refuel 1 RNZIR, while Rob McKie left the convoy at Tapah and established a kerbside refuelling point just to top up vehicles so they could complete the move to Taiping.

Advance Partt Packet Taiha Tombak X

This detail is important because it shows the UBREs doing exactly what they were intended to do: extending the force’s reach by allowing fuel to be staged, issued, replenished, and repositioned during a long road move. The vehicles were not simply carrying reserve fuel. They enabled movement over distance, supported a staggered convoy, and allowed different elements to be topped up at key points along the route.

Once the exercise began, based at an airfield in Taiping, the petroleum operators’ workload was relentless. The account records that the detachment worked up to twenty hours a day. A typical Petroleum Operator’s day began with stand-to half an hour before first light, followed by washing, breakfast, first parade of vehicles, and morning briefing from 0700 to 0900. From 0900 to 1900, the petroleum operators could be driving to Butterworth to refuel, conduct taskings, and carry out unit duties. From 1900 to 0300, they could be setting up distribution points deep in the exercise area.

The exercise also demonstrates that petroleum support was not limited to operating the pump. The Petroleum Section had to move with the force, establish distribution points, carry out long refuelling runs, maintain its own vehicles and equipment, and continue with ordinary unit duties such as camouflage, sentry duties, mess fatigues, rubbish duties, and defensive tasks. The UBRE was therefore part of a wider field routine, not a standalone technical asset.

The comparison with Malaysian refuelling practice is also revealing. The account describes Malaysian soldiers refuelling from a 3-ton Mercedes-Benz truck loaded with 44-gallon drums. A vehicle would pull alongside, fuel would be pumped from a rotary pump into a jerrycan, then emptied into the vehicle, with a soldier recording each 20-litre increment. Much of this was done by the light of a kerosene lamp.

This comparison highlights the relative efficiency of the New Zealand UBRE, improvised though it was. The New Zealand system was still crude by later standards, but its tank, pump, meter, filter, and hose arrangement allowed measured fuel to be issued directly from the vehicle.

The circumstances surrounding Exercise Taiha Tombak X also demonstrate the improvisational culture behind the system. For this large exercise, held in the vicinity of Taiping, three UBREs were to be provided by NZAOD. There were sufficient trucks and 2000-litre rigid tanks available, but only one serviceable pumpset in NZAOD. Replacement pumps sent from New Zealand arrived only the day before deployment.

With an open TY125 purchase order in place, the Petroleum team approached Fredie from Hong Teck Hin Hardware, a trusted local supplier used by the New Zealand Forces, and sourced suitable meters and filters.

One unit was assembled the night before deployment, while the other was built on the road at a refuelling rendezvous as the team waited for the battalion’s main body to arrive. Once mounted on the pumps, these modifications created compact dispensing units that were less prone to leaks or loose connections while driving.

That episode says much about the character of New Zealand Army logistics in Singapore during the late 1980s. The capability existed, but it relied on local initiative, trade knowledge, and the ability to solve practical problems quickly. The additional UBREs were not completed because the system was neither elegant nor well-resourced. It was completed because the soldiers involved understood what was needed, found the missing components, and made the equipment work in time for the exercise.

That improvisation was also a by-product of the early Petroleum Operator courses. With scarce equipment, much of it purchased in the late 1960s and by the late 1980s approaching twenty years of age, course time was often spent taking the equipment apart, reassembling it, understanding how the pumps, filters, meters, hoses, and fittings worked, and learning how to produce a workable dispensing pack from whatever was available. The term UBRE itself was not yet common Army language, but within the Petroleum Operator community, it became shorthand for a capability learned from British practice, adapted through coursework, and made practical with New Zealand equipment. This created operators who understood the equipment at a practical level, not just as users, but as soldiers capable of maintaining, adapting, and making it function on a shoestring.

Taiping Airfield Taiha Tombak X

In Singapore, that training culture proved decisive. When the exercise requirement exceeded the available complete sets, the solution was not to wait for a formal procurement process, but to identify the shortfall, source suitable commercial components locally, and integrate them into the third UBRE overnight. The photographs of local civilian fuel infrastructure and support activity reinforce the wider reality of NZAOD operations in Singapore. Military capability often depended on a close working knowledge of local suppliers, workshops, hardware stores, and commercial fuel facilities. In this environment, sustainment was not a neat separation between military and civilian systems. It was a practical blend of Army need, local knowledge, commercial availability, and the initiative of experienced ordnance soldiers.

It was a classic example of small-army improvisation, where formal requirements, limited holdings, ageing equipment, and operational deadlines met the practical ingenuity of the depot floor.

Kerbside refuelling and the return move

The return move from Taiping further demonstrates how the UBREs were used as a mobile refuelling chain. After the exercise ended, the detachment moved back to Taiping to join 1 RNZIR for the move back to Singapore. The Petroleum Operators again set up a kerbside. Once Terry Read and “Monkey” Siemonek’s trucks were empty, they refuelled and moved down the route to establish a kerbside at Tampins. Rob McKie completed refuelling at 2000 hours and then departed to set up another kerbside at Tapah.

The scale of the work was considerable. The first vehicles left Taiping at 0600 hours and were due at Tapah by 0800. At Tampins, Terry Read and “Monkey” Siemonek were busy from the arrival of the first vehicles and refuelled 120 vehicles. By the end of the exercise, the Petroleum Section had issued 55,000 litres of MT Gas. The same detachment also issued 48,000 litres of water, while general stores achieved 100 per cent demand satisfaction.

These figures convert the photographs from interesting images into a measurable logistics story. The UBREs were not incidental vehicles in the background of an exercise. They were central to moving the force, and their operators were responsible for tens of thousands of litres of fuel during long road moves, at field distribution points, and on return-route kerbsides.[3]

Exercise Taiha Tombak XI, 1989

In 1989, three UBREs again participated in Exercise Taiha Tombak XI. As in the previous year, Taiha Tombak X required long road moves, route replenishment, field fuel points, and repeated coordination between the deployed force and available fuel sources. This exercise was significant because it would be the final major exercise for NZAOD before the end of New Zealand’s permanent presence in Singapore.

By this stage, the RL-mounted UBRE was a proven, if imperfect, solution. Across several years of Malaysian deployments, it had supported long-distance movement, kerbside refuelling, field distribution points, route replenishment, and wider exercise sustainment. Although the equipment remained improvised, the method was by then well understood. Petroleum Operators knew how to assemble, check, move, refill, operate, account for fuel, and keep the system working under field conditions.

The Petroleum Operators supporting Taiha Tombak XI were Corporals Heather Thomas and Richard Tyler, and Lance Corporal Rob McKie. Their participation marked the endpoint of the visible NZAOD UBRE story in Malaysia. Its value lay not only in the equipment itself, but in the trade knowledge, local initiative, field routine, and hard-won experience built around it.

Topping up in Butterworth Taiha Tombak XI

Taiha Tombak XI was the last Malaysian exercise of this type for the NZAOD. By the end of 1989, New Zealand’s permanent force presence in South East Asia had drawn to a close, and the remaining New Zealand elements had redeployed from Singapore back to New Zealand. With that redeployment, a distinctive chapter in New Zealand’s post-war military logistics ended. For the NZAOD Petroleum Operators, the Malaysian UBRE deployments represented a small but important example of practical field logistics, where limited equipment, local adaptation, and experienced soldiers combined to sustain operations over distance.

Later Army Review and the Wider UBRE Problem

The NZAOD photographs and exercise accounts help explain why the Army became increasingly concerned about UBRE by the early 1990s. They show a capability that worked, but which depended heavily on adaptation, operator judgement, and equipment that had never become a fully purpose-designed military refuelling system.

Official correspondence from 1991 confirmed the problem. Army records described the existing UBRE as an ad hoc combination of equipment, much of it using items that had been in service since before 1975. The same review noted that the equipment was in poor repair, was unsafe, and failed to meet hazardous-substances transport requirements, although temporary waivers had been arranged.

By late 1991, UBRE had therefore become more than a practical refuelling asset. It had become a safety, capability-definition, and interoperability problem. Papers considered by the Army Capital Acquisition Management Committee noted that the existing UBRE had undergone an Army Maintenance Area Technical Services engineering review, which found “extremely serious safety hazards” in the equipment. The issue was not simply one of age or maintenance. The Army also lacked a clearly defined user requirement, with AST 57.2 identifying a nominal requirement for 20 UBRE sets but providing insufficient detail on the required characteristics or performance.[4]

Following the Army restructuring, this figure was questioned. Army Maintenance Area Technical Services estimated that ten to twelve refurbished sets might be sufficient, using the existing 2000-litre rigid tanks as the basis for a modified system. The preferred interim solution was pragmatic rather than ambitious. Instead of immediate replacement, which was expected to cost more than $60,000 per set, AMA Technical Services proposed refurbishing the existing tanks and replacing the hoses, connections, and associated equipment with safer and more suitable components at an estimated cost of $10,000 to $20,000 per set.[5]

The role UBRE was meant to fulfil remained significant. It was required for first-line resupply to units needing immediate bulk fuel replenishment when other methods were impractical or cost-ineffective. It was also required to provide kerbside refuelling facilities at second line, mobile bulk refuelling facilities for RNZAF helicopters supporting ground forces, and mobile bulk refuelling facilities for civil aid or emergency tasks in New Zealand and overseas.

At the same time, New Zealand was closely watching developments in Australia. The Australian Army was moving towards different UBRE systems for armoured and general-purpose wheeled requirements. For New Zealand, this raised a choice between adopting the Australian solution, including a separate RNZAC refuelling capability, or developing a modular New Zealand UBRE system while maintaining interoperability through standardised pumping and distribution equipment.

This context is important because the system’s shortcomings did not make it irrelevant. On the contrary, UBRE was essential because it filled a real operational need. It allowed petroleum operators to move beyond purely manual fuel distribution and gave commanders a more efficient means of sustaining vehicles, aircraft support, and mobile formations in the field.

Towards safer Unimog-mounted UBREs

By 1991, safety and legislative concerns had begun to force a more formal approach to UBRE mounting and carriage. The earlier RL-mounted arrangements had demonstrated their value in Malaysia. Still, they also exposed the weaknesses of carrying fuel tanks and dispensing equipment on open vehicle decks using improvised restraints. As transport and dangerous goods compliance became harder to ignore, the Army moved towards a more secure mounting system based on two 2000-litre rigid tanks carried on the deck of a Unimog.

To enable this, the original rigid tanks were modified from their earlier design. Reinforced forklift lifting channels were added, pressure relief valves were fitted, and the original gate valves were replaced with more modern ball valves. The mounting system allowed each 2000-litre tank to be tied down to the platform by screw-tightened rods, four per tank, providing a much more positive restraint than chains or straps. The whole platform was then secured to the Unimog with twistlocks, providing a safer, more controlled method of carriage.

.

Unimog UBRE, Ex Ivanhoe 1991

This represented an important step in the evolution of the New Zealand Army UBRE. The basic concept remained the same, a mobile bulk fuel system built around 2000-litre rigid tanks and a dispensing capability, but the method of securing the load had changed. The improvised logic of the RL-mounted UBRE was being replaced by a more engineered solution that better recognised the hazards of carrying flammable liquids over distance and across rough military routes.

This development did not immediately erase the earlier ad hoc systems. Instead, it marked the transition between the field expedients of the 1980s and the more regulated fuel-handling environment of the 1990s. The same small-army need remained, to move bulk fuel forward and issue it efficiently, but by 1991, the equipment was being reshaped by safety requirements, dangerous goods legislation, and the lessons learned from years of operating improvised UBREs in New Zealand, Singapore, and Malaysia.

The ad hoc UBRE would soldier on for another decade. Although safer mounting arrangements were introduced, the Army did not yet have a fully purpose-built replacement. As a result, the modified UBRE capability continued in service through the 1990s, bridging the gap between improvised field equipment and a formalised bulk refuelling system. That transition was finally completed in 2002, when the purpose-built Unit Bulk Refuelling Equipment Mk1 entered service, incorporating dedicated pumps, meters, and filters as part of a more deliberate and standardised capability.

For NZAOD in Singapore, this capability was particularly valuable. Exercises in Malaysia placed New Zealand vehicles and units into demanding tropical conditions, often operating away from fixed support facilities. Bulk fuel support had to be mobile, flexible, and responsive. The ad hoc UBREs shown in these photographs were therefore not curiosities. They were part of the everyday sustainment machinery that allowed New Zealand forces to train and operate in Southeast Asia during the final years of New Zealand’s long military presence in Singapore.

The images also speak to the professionalism of the Petroleum Operator trade. Operating this equipment was not simply a matter of turning on a pump. It required fuel-handling knowledge, an understanding of bonding and earthing, awareness of fire and environmental risks, pump operation, filter and meter management, hose discipline, vehicle-loading awareness, accounting discipline, and constant attention to leaks and loose fittings. In the absence of a purpose-designed system, safe operation depended heavily on the skill and judgement of the operators.

The options before the Army were therefore familiar small-army choices. Australian equipment offered a possible route to interoperability but raised questions about compatibility with New Zealand’s vehicle fleet and the need to support both A vehicles and B vehicles. Existing New Zealand equipment could be modified, but only at increasing cost and without fully resolving the underlying design limitations. The choice was whether to extend the life of an improvised but familiar capability, adopt an overseas design, or invest in a more suitable New Zealand solution.

These photographs capture the capability before that reassessment fully overtook it. They show UBRE in its late-1980s form, practical, rugged, improvised, and imperfect. They also show a period when New Zealand Army petroleum support was evolving from the older world of jerrycans, drums, and field expedients towards a more technical and regulated bulk fuel environment. In that sense, the ad hoc UBREs used by NZAOD in Singapore and Malaysia were transitional equipment. They belonged to an era when sustainment capability was often created through adaptation, local initiative, and trade knowledge.

Current NZ Army UBRE

Their importance lies in that very imperfection. They remind us that logistics history is not only about formal establishments, new equipment projects, or official doctrine. It is also about the equipment that soldiers actually used, the compromises they managed, and the practical systems that kept vehicles moving, exercises running, and commanders supported. Between 1985 and 1989, on Malaysian roads, in jungle hides, at temporary fuel points, and beside civilian fuel infrastructure, these ad hoc UBREs did exactly that. Their continued operation into the 1990s and eventual replacement by the Unit Bulk Refuelling Equipment Mk1 in 2002 confirm their place as an important bridge between improvisation and modern military fuel distribution.

Notes

[1] Stuart McIntosh, “Driving in Malaysia – An Experience,” RNZAOC Pataka Magazine  (1986): 39-43.

[2] “A Suppliers Oddity – Exercise Taiaha Tombak IX 1987,” RNZAOC Pataka Magazine  (June 1987): 33-34.

[3] “Exercise Taiaha Tombak X 1988,” RNZAOC Pataka Magazine  (June 1989).

[4] “Equipment and Supplies – Overall Policy – Unit Bulk Refuelling Equipment (UBRE),” Archives New Zealand No R7934641  (1983 – 1991).

[5] “Equipment and Supplies – Overall Policy – Army Development Policy and Procedures,” Archives New Zealand No R7934660  (1983 – 1991).


A Brief History of Tentage in the New Zealand Army

To a civilian, it is often said that you cannot smell a photograph. Yet to a servicemember who has spent time living under canvas, the image of an Army tent will immediately bring back the memory of wet, musty canvas, shaped by rain, earth, and long use in the field.

Tentage rarely features prominently in military history. It is usually treated as little more than camp equipment, a background detail to more visible systems such as weapons, vehicles, and communications. Yet the history of tentage in the New Zealand Army reveals something far more significant. It exposes persistent tensions in logistics, recurring problems of standardisation, and, ultimately, a fundamental shift in how the Army understood its own infrastructure.

From the late nineteenth century through to the Cold War, tentage evolved from a loosely managed collection of stores into a structured, scalable capability. That evolution was not driven primarily by innovation in design, but by the gradual recognition that shelter, like any other military function, required system-level thinking.

The Wellington Regiment encamped at Lake Wairarapa, with a Vickers machine gun 1957. Evening post (Newspaper. 1865-2002) :Photographic negatives and prints of the Evening Post newspaper. Ref: EP/1957/0455-F. Alexander Turnbull Library, Wellington, New Zealand. /records/23162008

Origins: Camp Equipment Without Structure

In the late nineteenth century, tentage in New Zealand was not treated as a defined capability. It existed within the broad administrative category of “camp equipment,” grouped alongside cooking utensils, tools, and general field stores.[1] It was something to be issued when required, not something to be structured or scaled.

By 1902, the Defence Forces held approximately 1,650 tents and 70 marquees.[2] These holdings were sufficient for volunteer camps, but they reveal little evidence of systemisation.

New Zealand also remained dependent on British supply. Tents were largely imported as “Imperial pattern” equipment, and attempts at local manufacture failed to meet the required standards, particularly in waterproofing and material quality.[3]

Tentage at this stage was therefore not only unstructured, but also externally dependent.

Expansion Without Integration: The Territorial Era

The introduction of universal training and the Territorial Force in the early 1910s transformed both the scale and visibility of the tentage problem.[4] Camps grew larger, more frequent, and more organised, exposing the limitations of an unstandardised system.

By 1914, tentage holdings had expanded significantly. The Army held

  • 3,651 circular tents,
  • 181 marquees,
  • 30 operating tents, and
  • 98 bivouac tents.[5]

This reflects a layered system, better understood through British doctrine.

NZ Army. Camp. Soldiers in Bell Tents: Note Wooden Flooring and Canvas Rolled Up for Ventilation. New Zealand.; Unknown Photographer; c1920s; Canterbury Photography Museum 2022.2.1.336

Bell tents remained the core accommodation system, forming the basis of a wider and increasingly complex tentage ecosystem. The circular tents recorded in official returns, almost certainly bell tents or their C.S. (Circular, Single) variants, provided the primary shelter for soldiers and remained dominant into the early twentieth century, evolving through successive marks and continuing in service into the Second World War. Alongside these were marquees, which served as headquarters, mess, and storage, and a range of specialised tents supporting medical and field roles. Additional tentage, including recreation marquees provided by organisations such as the YMCA and Salvation Army, further expanded the scale and diversity of camp infrastructure.[6]

Beneath this apparent variety lay a more structured yet still evolving nomenclature, inherited from British practice. Tentage increasingly came to be defined by systems such as General Service (GS), Indian Pattern (IP), and Universal marquee designations, reflecting distinctions in role, construction, and weight. Indian Pattern tents, in particular, introduced weight-based classifications such as 40-lb, 80-lb, 160-lb, and 180-lb designs, which signalled a move toward scalable and role-specific shelter systems, from small command tents through to large accommodation structures. The 180-lb and 160-lb tents were especially significant, as they were designed as versatile general-purpose shelters and progressively replaced a range of earlier specialist tents, including telegraph, wireless, and ridge types.

Environmental and medical considerations also exerted a strong influence on tent design and use. Flysheets were introduced to mitigate heat build-up in tropical climates, while mosquito- and sandfly-proof tents were developed in response to the persistent threat of disease. Space allocation reflected similar concerns. Whereas barracks allowed approximately 60 square feet per man, this was reduced to as little as 12 square feet under canvas, significantly increasing the risk of disease transmission in crowded camps.

Taken together, these developments demonstrate that pressures toward rationalisation, standardisation, and functional differentiation were already present within British and New Zealand tentage systems. Yet despite this growing sophistication, tentage remained fundamentally unstructured. It existed as a collection of types, however refined, rather than as an integrated and scalable system of capability.

War as a Stress Test

The First World War placed this arrangement under sustained pressure. Large training camps relied heavily on tentage to accommodate thousands of troops, while mobilisation and reinforcement flows demanded rapid expansion and redistribution of equipment.[7]

What the war revealed was not a lack of tents, but a lack of structure. The Army could enumerate and issue tentage but could not always ensure completeness or functionality.

Interwar Stagnation and Wartime Repetition

The interwar period did little to resolve the underlying weaknesses in Army tentage. Financial constraints limited training, curtailed camps, and left little opportunity for systematic reform.[8] Tentage remained a mixture of inherited patterns, repaired stocks, limited specialist types, and small-scale additions rather than a rationalised field accommodation system.

The position on 31 May 1940 illustrates both the scale of the inherited problem and the way in which wartime pressure forced immediate expansion. On that date, the Army held 3,112 tents and marquees of all types, of which 2,885 were recorded as serviceable. The largest category remained the Colonial Service tent, with 1,195 serviceable examples distributed across Trentham, Ngāruawāhia, Burnham, Waiouru, and units in the Northern and Southern Districts. A further 1,391 Colonial Service tents were considered serviceable after repair, while 108 were unserviceable and 114 were listed as EY, indicating that a substantial proportion of the tentage reserve depended on repair, reconditioning, or classification before it could be relied upon for general use.[9]

The distribution also shows how widely scattered these holdings were. Burnham and Waiouru held significant numbers of Colonial Service tents, while Trentham, Ngāruawāhia, and district units also retained important stocks. Specialist tentage was present but limited. The Army held only 100 large Hospital Pattern marquees, 18 operating tents, 14 store tents, and small numbers of shelter, Indian Pattern General Service, Royal Artillery shelter, and General Service marquee types. This was not a modern standardised tentage system, but a patchwork of types accumulated over time and allocated across camps, depots, and districts according to need.

Wartime expansion was therefore achieved by using existing stocks intensively, repairing older tentage, supplementing holdings through local manufacture, and placing further orders overseas. The 1940 return records 1,800 Colonial Service tents made up in New Zealand by 31 October 1940, while 150 General Service single marquees were on order from the United Kingdom, arriving by 31 March 1941.[10] This combination of repair, local manufacture, and overseas procurement enabled the Army to meet immediate mobilisation demands, but it also repeated the familiar pattern of wartime improvisation.

Despite the increase in numbers, the underlying system remained largely unchanged. New Zealand entered the Second World War with a tentage inventory that was numerically expanding but still administratively and technically rooted in older practices. The problem was not simply a shortage of tents. It was the absence of a coherent peacetime system for standardising, maintaining, scaling, and replacing tentage before mobilisation made the issue urgent.

Waiouru Camp 1940

The Shift to System Thinking

The decisive transformation occurred in the decades following the Second World War. By the 1950s, the limitations of the existing approach were increasingly apparent.

The traditional model, based on enumerating equipment against establishments, could not ensure that equipment formed a complete or functional capability.

The introduction of structured entitlement systems, including the New Zealand Entitlement Tables (NZET), New Zealand Complete Equipment Scales (NZCES), and New Zealand Block Scales (NZBS), marked a fundamental shift. Tentage was no longer treated as an isolated item, but as part of a defined system.[11]

This shift is reflected in the formalisation and refinement of NZBS, which defined holdings as integrated capability groupings rather than individual items.

Modularity and the Australian System

The adoption of the Australian modular tent system in the 1960s and 1970s provided the physical expression of this new approach and marked the transition into the tentage systems that would remain in service for the next fifty years. Where earlier tentage had consisted of bell tents, marquees, and weight-classified Indian Pattern designs, each treated as discrete types, the new system defined tents by standardised dimensions and by their ability to be combined into larger configurations.

A rationalised range of tent sizes was introduced, typically:

  • 11 × 11 feet
  • 14 × 14 feet
  • 30 × 20 feet
  • 40 × 20 feet

This replaced earlier arrangements built around named tent types with a scalable, dimension-based framework. Under this model, tentage was no longer treated as discrete items, but as modular components within a wider camp system, enabling deliberate planning and repeatable layouts.

Standard functional allocation became possible:

  • 11 × 11 ft – administrative and office functions
  • 14 × 14 ft – personnel accommodation
  • 30 × 20 ft – messing, medical, and communal facilities
  • 40 × 20 ft – workshops, maintenance, and technical spaces

This modularity allowed camps to be scaled, reconfigured, and adapted to operational requirements, rather than constrained by the limitations of specific tent types.

Exercise Sothern Katipo 2017

Critically, this development aligned with the introduction of structured entitlement systems such as NZET, NZCES and NZBS. Within these frameworks, tentage was no longer accounted for simply as quantities held, but as part of a defined capability set incorporating:

  • Supporting equipment (lighting, flooring, environmental controls)
  • Associated stores and ancillaries
  • Sustainment and deployment requirements

The effect was a fundamental conceptual shift, from asking “How many tents are held?” to “What complete camp capability can be generated?” In this sense, the modular tent system represented not just a change in equipment design but a visible expression of a broader transition in military logistics, from enumeration to system-based capability management.

The significance of this system lies not simply in standardised sizes but in its inherent modularity. As set out in contemporary Australian Army instructions, tents such as the extendable 30 × 20 general-purpose designs were engineered to be expanded and linked through additional panels and structural components, allowing multiple tents to be joined into continuous covered spaces.


NZDF tents on Whanganui Hospital’s front lawn. Photo Eva de Jong

In practical terms, this enabled the creation of integrated field facilities rather than isolated structures. Headquarters could be expanded laterally to incorporate planning and communications areas; medical facilities could be connected to form treatment and ward spaces; and workshop complexes could be developed as continuous covered environments for maintenance and storage. Tentage was no longer a collection of shelters but a field infrastructure system that could be configured to meet specific operational requirements.

The introduction of blackout liners further enhanced this capability, allowing internal lighting to be used during hours of darkness with minimal light leakage. This enabled sustained night-time command, administrative, and maintenance activity while maintaining light discipline and reducing visual signature.[12]

This transition did not occur in isolation. Weapons and Equipment Policy Committee (WEPC) records from the mid-1960s demonstrate that camp equipment, including tentage, was considered within broader equipment-planning and capability frameworks rather than as standalone stores.[13] At the same time, RNZAOC organisational reporting reflects a growing emphasis on structured provisioning, centralised control, and the alignment of equipment holdings with defined operational roles and unit requirements.[14]

The modular tent system, therefore, aligned directly with the evolving entitlement framework during this period. Tentage was no longer issued as individual items, but as part of a coherent, scalable capability. In doing so, it replaced the earlier type-based approach with one built on structure, adaptability, and interoperability, a framework that underpinned New Zealand Army tentage well into the late twentieth century.

Evolution in Practice: Overlap Rather Than Replacement

The transition from traditional tentage to modular systems was gradual and characterised by sustained overlap rather than replacement. British-pattern tents, including General Service and Indian Pattern designs, remained in use alongside newer modular systems, reflecting both the durability of earlier equipment and the practical realities of military provisioning.

30×20 and marquee used as officers’ tents during No. 75 Squadron Exercise Waltz Time at Kaikohe and Kerikeri 1968. Crown Copyright 1968, New Zealand Defence Force

Legacy tents were not immediately withdrawn with the introduction of modular designs. Instead, they continued to serve in training environments, reserve holdings, and secondary roles, where their limitations were less critical. In some cases, lighter General Service tents remained in service into the late 1980s, illustrating that replacement was governed as much by condition and utility as by doctrinal change.

Operational experience also shaped retention. Heavier canvas tents, particularly the 180 lb Indian Pattern design fitted with flysheets, were often found to be better suited to tropical and monsoon conditions in Southeast Asia. Their durability, ventilation, and ability to shed heavy rainfall made them more practical in theatre than some newer designs. As a result, these tents remained in use in operational contexts, particularly in Malaysia and Singapore, until New Zealand’s withdrawal in 1989.

This overlap highlights a consistent feature of New Zealand Army logistics: adaptation through retention. Capability was not built through wholesale replacement, but through layering. New systems were introduced alongside existing holdings, progressively reshaping capability without disrupting it.

This pattern sits within a broader transformation. For much of its history, tentage existed as a collection of stores, sufficient in quantity but lacking the structure required to generate coherent capability. The introduction of entitlement systems and modular tentage fundamentally altered this, reframing tentage as part of an integrated system aligned to operational requirements rather than simply holdings on charge.

Even so, the shift was evolutionary. Older systems persisted alongside new ones, and improvement was incremental rather than immediate. This pragmatic approach ensured continuity while allowing the Army to progressively develop a more flexible and effective field infrastructure.

In the end, tentage ceased to be merely equipment held in store and became a deliberate, scalable capability. Through modular design and system-based management, it enabled the Army to generate protected, interconnected, and sustainable working environments capable of supporting operations continuously, day and night.

And for those who have lived under canvas, it remains more than a system or a capability. The image of an Army tent still carries the unmistakable memory of wet, musty canvas, a reminder that behind every logistics system lies the lived experience of those it sustains.

Notres

[1] “Defences and Defence Forces of New Zealand,” Appendix to the Journals of the House of Representatives, 1895 Session I, H-19  (1895), https://paperspast.natlib.govt.nz/parliamentary/AJHR1895-I.2.3.2.22.

[2] J Babington, “Defence Forces of New Zealand (Report on the) by Major General J.M Babington, Commandant of the Forces,” Appendix to the Journals of the House of Representatives, 1902 Session I, H-19  (1902), https://paperspast.natlib.govt.nz/parliamentary/AJHR1902-I.2.3.2.29.

[3] “Camp Equipment,” Archives New Zealand Item No R11096261  ( 1912), .

[4] “H-19 Report on the Defence Forces of New Zealand for the period 28 June 1912 to 20 June 1913,” Appendix to the Journals of the House of Representatives  (1 January 1913), https://paperspast.natlib.govt.nz/parliamentary/AJHR1913-I.2.5.2.34.

[5] “H-19 Report on the Defence Forces of New Zealand for the period 20 June 1913 to 25 June 1914,” Appendix to the Journals of the House of Representatives  (1 January 1914), https://paperspast.natlib.govt.nz/parliamentary/AJHR1914-I.2.3.2.29.

[6] “H-19 Report on the Defence Forces of New Zealand for the period 28 June 1912 to 20 June 1913.”

[7] “H-19 Defence Forces of New Zealand, Report of the General Officer Commanding the Forces, From 26 June 1915, to 31st May 1916,” Appendix to the Journals of the House of Representatives  (1 January 1916), https://paperspast.natlib.govt.nz/parliamentary/AJHR1916-I.2.2.5.22.

[8] “H-19 Defence Forces of New Zealand, Annual report of the General Officer Commanding the Forces from 1 July 1921 to 30 June 1922,” Appendix to the Journals of the House of Representatives  (1922), https://paperspast.natlib.govt.nz/parliamentary/AJHR1922-I.2.2.5.22.

[9] “Chief of the General Staff: Gun Ammunition, general army equipment and New Zealand Force numbers,” Archives New Zealand No R22849606  (1940).

[10] “Military Forces of New Zealand, Annual report of the chief of the General Staff,” Appendix to the Journals of the House of Representatives, 1940 Session I, H-19  (1 January 1940), https://paperspast.natlib.govt.nz/parliamentary/AJHR1940-I.2.3.2.22.

[11] “From Wartime Enumeration to Layered Entitlement Control,” To the Warrior His Arms, History of the Royal New Zealand Army Ordnance Corps and it predecessors, 2026, accessed 1 March, 2026, https://rnzaoc.com/2026/03/03/from-wartime-enumeration-to-layered-entitlement-control/.

[12] Tent, Extendable, General Purpose 30ft x 20ft, Australian Military Forces – Uaer Handbook, (1966).

[13] “G1098 War Equipment Tables 1963-68,” Archives New Zealand No R17189362 (1963 – 1968).

[14] “Organisation- Annual Reports – RNZAOC 1960-1986,” Archives New Zealand No R17311680  (1960 – 1986).


Compulsory Military Training in New Zealand: The 1949 Referendum and Its Legacy

As the international security environment grows darker and more uncertain, the question of compulsory military service has begun to re-emerge in public debate overseas. Across parts of Europe, particularly in the United Kingdom, there is renewed discussion of the possible reintroduction of National Service as governments confront shrinking armed forces and the prospect of future conflict, most notably with Russia. While compulsory service is not currently part of mainstream political debate in New Zealand, these developments highlight the enduring relevance of New Zealand’s own experience with Compulsory Military Training (CMT).

In the aftermath of the Second World War, the future of CMT became a major political issue in New Zealand. On 25 May 1949, Prime Minister Peter Fraser announced that a national referendum would be held to determine whether CMT should be reintroduced.

Poster advocating the New Zealand Compulsory Military Training Act was introduced in 1949 during the early stages of the Cold War

The referendum took place on 3 August 1949 and produced a decisive result. Of the 729,245 votes cast, 77.9 percent were in favour and 22.1 percent against, with a turnout of 63.5 percent. This strong mandate reflected widespread public concern about national defence in the emerging Cold War environment.

Following the referendum, Parliament passed the Military Training Act 1949, which came into force in 1950. Under the Act, all males became liable for military service at the age of 18. After registering with the Department of Labour and Employment, those not exempted for medical, compassionate, or conscientious objection reasons were required to complete:

  • 14 weeks of full-time initial training
  • 3 years of part-time service
  • 6 years in the Reserve

Conscripts could serve in the Royal New Zealand Navy, the New Zealand Army, or the Royal New Zealand Air Force. Between 1950 and 1958, a total of 63,033 men were trained under this system.

By 1953, CMT had been operating for three years. That year alone saw four intakes, with approximately 10,996 young men completing their training. I have been fortunate to receive a DVD of a 1953 CMT passing-out parade at Papakura, originally filmed by Norm Blackie. The footage captures a seldom-seen aspect of CMT and provides a rare visual record of how the system was presented to the public and to the families of those serving.

The film shows graduating recruits demonstrating the weapons and equipment they had been trained on, observed by a large gathering of family members and friends. Equipment on display included the then-new Land Rovers, 25-pounder guns with quads and limbers, 4.2-inch mortars, 5.5-inch medium guns, 40 mm Bofors anti-aircraft guns, an improvised mobile field kitchen, a Light Aid Detachment (LAD) conducting a vehicle lift, Vickers medium machine guns, 3-inch mortars, the Wasp variant of the Universal (Bren) Carrier, and 6-pounder anti-tank guns towed by Universal Carriers. Notably, some of this equipment, including the 25-pounders of 16 Field Regiment, was at that time still in active service in the Korean War.

While it could be argued that much of this equipment was “Second World War vintage”, that description is misleading when viewed in its proper historical context. In 1953, most of the equipment on display was in reality less than a decade old, much of it introduced from 1942 onwards. In contemporary terms, this was relatively modern equipment, consistent with what was being fielded by peer armies to which New Zealand would have contributed a division if required. Several systems, including the 4.2-inch mortars, 5.5-inch guns, and Land Rovers, were either new acquisitions or at the leading edge of post-war standardisation. Within only a few years, New Zealand would further modernise its forces for jungle operations in South-East Asia and, following British adoption, introduce the L1A1 Self-Loading Rifle. Far from being an obsolete conscript army equipped with outdated weapons, CMT-era forces were broadly comparable in organisation and equipment to those of Australia, Canada, and the United Kingdom.

In 1958, a Labour Government replaced the scheme with the National Service Registration Act. This was further modified in 1961 by the National Party Government under Keith Holyoake, which introduced the National Military Service Act 1961. Automatic registration at 18 was ended, and instead all males were required to register at age 20. Selection for service was determined by ballot, with those chosen undertaking three months of full-time training followed by three years of annual part-time training.

During the 1960s, compulsory service became increasingly controversial, particularly as New Zealand committed combat forces to the Vietnam War. Although only regular soldiers were deployed overseas, opposition to CMT grew. Protest groups such as the Organisation to Halt Military Service (OHMS) mounted campaigns of civil disobedience, with some members refusing service or deserting camps.

The issue was finally resolved in 1972, when the newly elected Labour Government under Norman Kirk abolished National Service, bringing compulsory military training in New Zealand to an end.

Viewed against today’s international uncertainty, New Zealand’s experience with CMT serves as a reminder that compulsory service is not merely a theoretical policy option but a system with significant social, political, and military consequences. As other nations revisit the concept in response to deteriorating security conditions, understanding how and why New Zealand once embraced, adapted, and ultimately abandoned compulsory training remains both relevant and instructive.


A Familiar Face on the Range

Anyone who has served in a Commonwealth military will remember the Figure 11 and Figure 12 targets. They were fixtures of range days, instantly recognisable, unforgiving, and oddly memorable. From early-morning details to hot afternoons on dusty butts, generations of soldiers learned their craft by trying to hit those stark silhouettes advancing from as far as 300 metres, often with nothing more than iron sights, steady breathing, and discipline drilled into muscle memory.

The figures themselves were deliberately generic. Across British and Commonwealth forces, the enemy on the range was rarely given a name or nationality. Instead, the targets presented a stylised armed figure, frequently with a vaguely German or Soviet look, a helmet pulled low, a rifle clutched across the chest, advancing directly toward the firer. The intent was clear: to remove individuality, to create a neutral and repeatable representation of threat, and to focus the shooter on fundamentals rather than identity.

For many, the challenge was as much psychological as technical. Watching those figures appear, advance, or snap into view, the shooter had seconds to judge range, align sights, and fire accurately. Hits were counted, misses remembered, and lessons learned the hard way. These targets were not just pieces of card or board; they were tools that shaped confidence, competence, and trust in one’s weapon.

Against that familiar backdrop, the Malaysian Figure 12/59 target stands out as something more personal and more revealing of its historical context. While it follows the same Commonwealth tradition of silhouette training targets, its imagery departs from the deliberately anonymous style seen elsewhere.

Rather than a faceless or neutral opponent, the Malaysian target presents a distinctly stylised image of a Malayan Communist Party guerrilla. The figure wears a cap marked with a star, carries a rifle in a confrontational posture, and is given an exaggerated, angry, almost ferocious expression. The face is not neutral. It is antagonistic, emotive, and unmistakably hostile.

This reflects the environment in which the target was conceived. During the Malayan Emergency and its long aftermath, the threat was not abstract. It was internal, insurgent, and personal. The enemy was known, named, and encountered in jungles, villages, and patrol bases. Training aids reflected that reality. The target was not just something to shoot at; it was a visual reminder of a very real adversary faced by Malaysian security forces.

In this way, the Figure 12/59 target bridges two traditions. It sits firmly within the shared Commonwealth range culture familiar to soldiers from Britain, Australia, New Zealand, and beyond, yet it also carries the imprint of a uniquely Malaysian conflict. It demonstrates how even something as mundane as a range target can reveal more profound truths about history, threat perception, and the lived experience of soldiers.

For veterans, seeing such a target today can be unexpectedly evocative. It recalls the crack of rifles, shouted orders, and the quiet satisfaction of a well-placed shot. But it also reminds us that behind every silhouette, generic or otherwise, lies a specific story shaped by geography, politics, and conflict.

In that sense, the Figure 12 and Figure 11 targets may be universal, but the Malaysian Figure 12/59 tells a story that is distinctly its own.


Saint Barbara’s Day: Honouring a Patron of Courage, Care, and Commitment

On 4 December each year, soldiers, gunners, and explosive specialists around the world pause to mark Saint Barbara’s Day. For New Zealand’s military ammunition community, the day has a special resonance. Saint Barbara was the patron saint of the Royal New Zealand Army Ordnance Corps (RNZAOC). Although the Corps was disestablished in 1996, she remains the spiritual patron of those whose work brings them closest to explosive risk, especially the current generation of Royal New Zealand Army Logistic Regiment (RNZALR) Ammunition Technicians.

This commemoration is not about imposing religious belief or expecting devotion in a modern, pluralist Army. Instead, it is about recognising shared values. Saint Barbara’s story, whether read as faith, legend, or metaphor, offers a powerful way of talking about courage, duty of care, and professionalism in dangerous work.

From Heliopolis to the Ordnance Corps

According to tradition, Barbara lived in the late Roman Empire at Heliopolis in Phoenicia, now associated with Baalbek in modern Lebanon. Born into a wealthy pagan household, she questioned the gods she had been taught to worship when she looked out from the tower in which her father kept her secluded and reflected on the ordered beauty of the world around her. In time, she converted to Christianity in secret. When her father discovered this, he handed her over to the authorities and ultimately carried out her execution himself.

Her refusal to renounce her convictions, even under torture, and the lightning that, according to legend, later killed her father and the official who condemned her, led to Barbara being associated with sudden death, lightning, and fire. As warfare evolved and gunpowder weapons became central to battle, she was adopted as patroness of artillerymen, armourers, military engineers, miners, tunnellers, and anyone whose livelihood involved explosives and the possibility of instant, catastrophic harm. The Legend of Saint Barbara

When the Royal Army Ordnance Corps (RAOC) adopted Saint Barbara as its patron, that tradition passed into the wider family of Commonwealth ordnance corps. The RNZAOC, with its own responsibility for ammunition supply, storage, and maintenance in New Zealand, in turn adopted her as patron saint.

Beyond 1996: Saint Barbara and the RNZALR

The disestablishment of the RNZAOC in 1996 and the formation of the RNZALR did not diminish Saint Barbara’s relevance to New Zealand soldiers. The work did not change; only the cap badge did. Ammunition Technicians, in particular, continue to live daily with the realities that made Barbara a symbolic figure in the first place: sudden danger, technical complexity, and the need for calm, disciplined action when things go wrong.

On paper, Saint Barbara is a figure from late antiquity. In practice, her patronage captures something very contemporary about the RNZALR Ammunition Technician trade:

  • Technical mastery under pressure – handling, inspecting, and disposing of explosive ordnance where a single lapse can have irreversible consequences.
  • Quiet, unshowy bravery – the kind that rarely makes headlines but underpins every live-fire activity, every range practice, and every deployment where ammunition is moved, stored, or rendered safe.
  • Duty of care to others – ensuring that everyone else can train and fight in relative safety because someone has accepted responsibility for the dangerous end of the supply chain.

In that sense, Saint Barbara’s Day is as much about the living as it is about any distant martyr. It is an opportunity for the wider Army to pause and acknowledge that the safe availability of ammunition, which is often taken for granted, depends on a small community of specialists and their support teams.

A Day Of Tradition, Not Testimony

In a modern New Zealand Army, not everyone is religious, and fewer still are likely to be familiar with the details of early Christian hagiography. That is not the point. Commemorations like Saint Barbara’s Day function as regimental and professional traditions, not as tests of personal belief.

Marking the day can mean different things to different people:

  • For some, it may be a genuine act of faith, honouring a saint whose story inspires them.
  • For others, it is a way of respecting the heritage of their trade and the generations of RNZAOC and now RNZALR personnel who have done this work before them.
  • For many, it is simply a moment to reflect on the risks inherent in explosive work, to remember colleagues injured or killed in training and operations, and to recommit to doing the job as safely and professionally as possible.

In that sense, the story’s religious origins are less important than the shared meaning it has acquired over time. Saint Barbara becomes a symbol of the values that matter in ammunition work: integrity, courage, vigilance, and loyalty to those you serve alongside.

Contemporary Relevance: Commitment In A Dangerous Trade

In the modern world, the management of ammunition and explosives is governed by detailed regulations, sophisticated science, and digital systems, ranging from hazard classifications and compatibility groups to electronic inventory control and safety management frameworks. Yet, at its core, it still depends on human judgment and ethical commitment.

Saint Barbara’s Day offers a valuable lens for talking about that commitment:

  • Commitment to safety – understanding procedures not as bureaucracy, but as the accumulated lessons, sometimes paid for in blood, of those who went before.
  • Commitment to team – recognising that no Ammunition Technician works alone, and that a strong safety culture depends on everyone feeling empowered to speak up, check, and challenge.
  • Commitment to service – remembering that, whether in training at home or on operations overseas, the work is ultimately about enabling others to succeed and come home alive.

When Ammunition Technicians and their colleagues mark Saint Barbara’s Day, they are not stepping out of the modern world into a medieval one. They are taking a moment within a busy, technologically advanced, secular military environment to acknowledge that some fundamentals have not changed: courage, conscience, and care for others still matter.

Keeping The Flame Alive

Although the RNZAOC passed into history in 1996, its traditions did not vanish. They were carried forward into the RNZALR and live on in the customs, stories, and professional identities of those who wear the uniform today. Saint Barbara is one of those enduring threads.

On 4 December, when a small group gathers in an Ammuniton depot, unit lines, a mess, or a deployed location to raise a glass or share a few words in her honour, they are standing in continuity with generations of ordnance soldiers, armourers, gunners, and explosive specialists across time and across the Commonwealth. They are also quietly affirming something vital about themselves.

In the end, Saint Barbara’s Day is less about religion and more about recognition: recognition of a demanding craft, of the people who practise it, and of the responsibility they carry on behalf of the wider Army. For the RNZALR Ammunition Technicians of today, as for the RNZAOC of yesterday, she remains a fitting patron for those who work, quite literally, at the explosive edge of military service.


Saint Eligius’s Day Reflection: Celebrating 150 Years of New Zealand’s Maintenance Tradition

On this 1 December, as we mark Saint Eligius’s Day and salute the enduring legacy of the Royal New Zealand Electrical and Mechanical Engineers (RNZEME), we commemorate more than seven decades of service under that name, and more than 150 years of New Zealand’s ordnance, mechanical and logistical tradition. Saint Eligius, long regarded as the patron of metalworkers and armourers, provides a fitting focus for honouring the craftsmen and technicians whose skill has kept New Zealand’s soldiers equipped and mobile in peace and war..

    From Defence Stores to RNZEME, a long heritage

    The roots of RNZEME extend deep into the nineteenth century, when the fledgling New Zealand forces began assuming responsibility for their own military stores and maintenance. The New Zealand Defence Stores Department, successor to Imperial supply and maintenance arrangements, was established in the 1860s and, by 1869, had depots in Wellington at Mount Cook and in Auckland at Albert Barracks.

    Within that organisation, a small but increasingly professional cadre of armourers and artificers emerged. Between the 1860s and 1900, New Zealand’s military armourers evolved from civilian gunsmiths and part-time repairers into disciplined specialists who maintained an expanding array of weapons, from carbines and pistols to magazine rifles and early machine-guns such as the Gardner and Maxim. Their work underpinned the readiness of the colonial forces and set the technical and professional standard that later generations of ordnance and electrical and mechanical engineers would inherit.

    Among these early figures, Walter Laurie Christie stands out. Serving for forty-five years in the Defence Stores Department and as a soldier during the New Zealand Wars, Christie embodied the blend of military service, technical mastery and administrative reliability that became a hallmark of New Zealand’s ordnance and maintenance tradition.

    From those armourers and artisans came the artificers of the Permanent Militia in the 1880s, from which grew a tradition of maintenance and repair that would carry New Zealand forces through decades of change. By the time of the First World War, this heritage had matured into the New Zealand Army Ordnance Corps (NZAOC), gazetted on 1 February 1917, responsible for arming, equipping and maintaining New Zealand’s forces at home and abroad.

    During the Great War, armourers of the NZAOC and the mechanics of the new Mechanical Transport Sections of the New Zealand Army Service Corps (NZASC) worked tirelessly behind the lines to keep weapons, vehicles and equipment in service, ensuring the steady flow of matériel to the front.

    Between the wars and into the Second World War, the NZAOC and the NZASC remained the heart of New Zealand’s supply and transport capability. Yet the increasing complexity of weapons, instruments, communications equipment and mechanical transport demanded a broader, more specialised technical arm.

    Mechanised mobilisation and the MT Branch

    The Second World War brought that challenge into sharp focus. From September 1939 to March 1944, New Zealand’s military vehicle fleet exploded from just 62 vehicles to 22,190, a transformation that turned a largely foot-bound force into a fully motorised army in a few short years.

    To manage this rapid mechanisation at home, the Mechanical Transport (MT) Branch was created within the Army system to complement the existing Ordnance Workshops. The MT Branch, working closely with the NZAOC, took responsibility for the provision, storage and issue of all classes of vehicles and spare parts, as well as the repair of those vehicles. From 1939 to 1963, MT Stores were developed and managed as a distinct but tightly integrated function, ensuring that everything from staff cars to heavy trucks and specialist vehicles could be procured, held, accounted for and kept on the road.

    In parallel, New Zealand Ordnance Corps Light Aid Detachments (LADs) were established to provide first-line repair to units both overseas and in home defence roles. These small detachments, working alongside Ordnance Workshops and MT Branch organisations, formed the backbone of New Zealand’s repair and maintenance capability during the war.

    The consolidated register of 2NZEF logistics units shows just how extensive this support system became, with New Zealand logistics formations sustaining the force in North Africa, the Middle East, Greece, Crete and Italy. Together, the MT Branch, MT Stores system, Ordnance Workshops and LADs created a sophisticated, layered maintenance and repair network that anticipated the later integration of these functions under NZEME and, ultimately, RNZEME.

    Wartime evolution, the birth of NZEME and RNZEME

    As the Second World War engulfed the globe and New Zealand raised the 2nd New Zealand Expeditionary Force (2NZEF) for overseas service, the need for dedicated mechanical and electrical maintenance became pressing. In the Middle East in 1942, New Zealand Electrical and Mechanical Engineers (NZEME) was formed within 2NZEF to align the organisation with British practice and to bring armourers, instrument repairers, vehicle mechanics and other specialists into a single technical corps.

    At war’s end, in New Zealand, these arrangements were mirrored at home. On 1 September 1946, workshops and many mechanical transport functions were formally separated from the NZAOC and placed under NZEME, under the control of the Director of Mechanical Engineering, though some MT stores remained under ordnance control. In recognition of their wartime service and importance, the Royal prefix was granted in 1947, creating the Royal New Zealand Electrical and Mechanical Engineers, RNZEME.

    The motto adopted by RNZEME, Arte et Marte – “By Skill and Fighting”, or “By Craft and Combat”, captures perfectly the dual calling of its tradespeople as skilled craftsmen and soldiers in uniform.

    RNZEME’s role, Light Aid Detachments, workshops and beyond

    Throughout its existence, RNZEME provided vital support across a broad spectrum of New Zealand Army operations. Its personnel were attached to combat units as Light Aid Detachments, backed by field workshops and, at the national level, by base workshops at Trentham. Between them, they ensured that everything from small arms and radios to trucks, armoured vehicles and heavy plant could be maintained, repaired or rebuilt when needed.

    Whether on operations overseas, on exercises, or in daily training, RNZEME craftsmen stood ready, ensuring that New Zealand’s soldiers remained equipped, mobile and operational.

    The legacy continues, from RNZEME to RNZALR

    In 1996, the New Zealand Army undertook a significant reorganisation of its logistics and support corps. The RNZEME, the Royal New Zealand Army Ordnance Corps and the Royal New Zealand Corps of Transport, along with Quartermaster functions, were amalgamated into the Royal New Zealand Army Logistic Regiment, RNZALR.

    Although RNZEME no longer exists as a separate corps, its traditions of mechanical skill, repair, readiness and technical leadership live on in every RNZALR Maintainer, in every workshop and unit, and through the repair chain that sustains the New Zealand Defence Force today.

    Honour and remember

    On this RNZEME Day, we recall with gratitude every craftsman-soldier, artisan-mechanic, armourer and artificer whose steady hands and often unsung labour have underpinned New Zealand’s military capability, from the Defence Stores armourers of the 1860s, through two world wars, to the modern era of integrated logistics.

    We remember the nineteenth-century armourers who mastered each new generation of weapon, the long-serving servants of the Defence Stores Department, the armourers and artificers of the Permanent Militia, the NZAOC workshop staff, the mechanics of the NZASC, the MT Branch and MT Stores personnel who managed the vast wartime vehicle fleet, the NZOC Light Aid Detachments that kept front-line units moving, and the workshops and LADs of NZEME and RNZEME, which carried that tradition into the late twentieth century.

    Their legacy is not only in the weapons maintained, the vehicles repaired, or the radios restored, but in the very capacity of New Zealand’s soldiers to fight, move and endure. On this day, we salute their craftsmanship, quiet dedication, and ongoing contribution to the security and strength of this nation.

    Arte et Marte – by skill and by fighting, past, present and future.


    The estate underfoot is the real enemy

    New Zealand’s military logisticians are more likely to be harmed by the conditions they create than by enemy fire, and the records often don’t exist when illness appears decades later.

    Introduction

    We have spent years teaching soldiers to look up and out for threats. For logisticians, the danger is just as often down in the ground they’re ordered to seize and make work at speed. Bomb‑damaged ports, airheads, railheads, fuel farms, hard standing, and battered warehouses are where supply chains are wrestled back to life. They are also where dust, residues, and fluids leave a lasting fingerprint on human health.

    The uncomfortable truth is latency. Low‑to‑moderate exposures, taken in with every sweep of a broom, every cut of a disc, every lift of a drum, every hour around fuels and degreasers, rarely trigger an incident report. They build quietly under heat and exertion. The bill often arrives 10–40 years later as chronic respiratory disease, cardiovascular problems, or exposure‑associated cancers (including haematological malignancies). By then, units have disbanded, notebooks have been boxed or binned, and the link between a dusty floor in a shattered shed and a midlife diagnosis is far harder to prove.

    Operational realities widen this gap. Operational tempo prioritises throughput over sampling; industrial hazards are treated as background noise; and protection is a general issue, not task-specific. In many theatres, the ethos was to get the job done. Keeping the lines moving eclipsed health and safety. The result? Too many logisticians carry “silent” injuries, not the wounds of a firefight, but the legacy of the estate underfoot.

    Latency‑linked conditions to flag (illustrative, not exhaustive)

    • Airways & lung (0–20+ yrs): chronic bronchitis/COPD, asthma aggravation, interstitial lung disease; silica/cement dusts → silicosis; diesel/PAH‑rich exhaust → higher lung cancer risk.
    • Sarcoidosis (months–years; sometimes later): an inflammatory granulomatous disease with recognised associations to inhaled particulates and combustion by-products (e.g., burn-pit smoke, fuel/solvent aerosols, mineral/metallic dusts, silica). In military logistics contexts, credible exposure pathways include routine work around burn pits, JP-8/Avtur/Avgas combustion products, and dust-rich industrial sites.
    • Asbestos (20–40 yrs): pleural plaques, asbestosis, lung cancer, mesothelioma.
    • Solvents & fuels (5–25 yrs): Benzene and organic solvents are associated with haematological malignancies (e.g., AML, MDS, NHL); some degreasers are linked in studies to kidney/liver effects.
    • PCBs/dioxins (incl. Agent Orange/TCDD) (5–30+ yrs): non‑Hodgkin lymphoma, some soft‑tissue sarcomas, type 2 diabetes, chloracne.
    • Metals (varies): chromium VI → lung cancer; lead → neurological/haematological effects; cadmium → renal dysfunction and some cancers.

    These are associations, not diagnoses. Individual risk depends on dose, duration, task and personal factors. The point is to signpost credible possibilities so exposure logging and follow‑up aren’t dismissed as “speculative”.

    Illustrative exposure pathways reported by NZ logisticians

    • JP-8/Avtur/Avgas used to burn excrement (latrine waste disposal) → mixed hydrocarbon and particulate inhalation.
    • Proximity to burn pits for waste/rubbish disposal → complex combustion plume with fine particulates and mixed toxicants.
    • Asbestos exposure in damaged facilities — notably Somalia and Timor-Leste.
    • Pyrethrin-based insecticide ‘fogging’ for mosquitoes — operators in PPE while nearby logisticians worked without task-specific respiratory protection.
    • Silica and heavy dusts from industrial sites — e.g., Bougainville, living/working inside a large copper-mine building.

    Somalia shows how routine logistics create hidden exposures

    From late 1992 to July 1994, New Zealand rotated a dedicated Supply Platoon (43-strong, with an attached infantry section) through Mogadishu. The job was prosaic and relentless: a warehouse on the airport’s north ramp, a standing stores presence inside the port, and long days pushing relief tonnage through shattered infrastructure, at one point over 1,000 tonnes in a single month.

    UNOSOM General Stores Warehouse at Mogadishu Airport undergoes a few improvements 1993.jpg Crown Copyright © 2009 New Zealand Defence Force / All Rights Reserved

    The ground itself told the story. Movements threaded past the ruins of an oil depot and fuel farms; across coral-sand and concrete dust; through mixed cargo residues (fertiliser, cement) laminated with marine oils and solvents; past derelict aircraft still weeping fluids, plus the familiar companions of collapse: metals, asbestos fragments, and sewage-affected water.

    Protection was largely standard kit, helmets, frag vests, uniforms, rather than any specialist respiratory or dermal protection you’d expect in an industrial clean-up. The then-issue light fragmentation vest was widely regarded as unsuitable for the operating environment: confidence-boosting, yes; protective against chronic industrial exposures, no. Dress and load carriage reflected the heat and tempo more than hazard control (UN blue caps/baseball caps, PASGT helmets variably covered; relaxed working dress; webbing often set aside to work in vehicles and warehouses).

    That is why ordinary tasks, sweeping bays, slinging pallets, cutting and rigging, refuelling, and marshalling MHE on contaminated hard-standing, can have extraordinary consequences years later when no one records what’s in the dust.

    A recurring pattern across theatres

    This is not an anomaly; it is a template visible across a century of New Zealand service:

    • World Wars — depots, docks, railheads (1914–19; 1939–45). Coal soot, cordite fumes, leaded petrol and chlorinated solvents in workshops; asbestos in roofing and lagging; cement and lime dust from rapid rebuilds. Throughput trumped surveys: trains to marshal, ships to turn, vehicles to repair. Hygiene focused on infection and water; industrial toxicology barely featured, so exposure notes were rare.
    • Korea — Kure and the Commonwealth base (1950–53). A sprawling pre-existing industrial estate re-tasked for logistics: oils, solvents and paints in abundance, metals and asbestos in shipyard fabric. NZ personnel moved through a machine built for output; documentation captured receipts and readiness, not the air and dust they worked in.
    • Malaya, Borneo and Singapore–Malaysia (1948–66; presence to 1989). Workshops and airstrips required fuels, degreasers, and hydraulic fluids as routine background; insecticides/defoliants were widely used; accommodations and facilities were still in the asbestos era. These were “normal” garrison tasks under tropical conditions, with latency risks unrecognised, and site hazards seldom logged.
    • Vietnam — Vũng Tàu and beyond (1964–72). Waste burning near lines of communication, pervasive dust, fuels/solvents, and herbicide-affected environments. Integration into Australian support chains normalised the setting; recognition came decades later at the cohort level, while many individual exposure trails remained thin.
    • Bougainville (1990s). Accommodation and work areas inside a large copper-mine building exposed personnel to silica-rich and metallic dust under hot, enclosed conditions.
    • Balkans — Bosnia/Kosovo rotations (mid-1990s–2000s). Logistics hubs established inside bomb-scarred industrial zones: transformer yards with PCBs, refineries, vehicle plants; warehouses with demolition dust and solvent films. Early-entry imperatives (“get the flow moving”) routinely outpaced site characterisation.
    • Timor-Leste (1999–2002). Burnt-out Indonesian-era facilities with asbestos roofing, ad-hoc waste pits, and heavy cement/brick dust from rapid repairs. Logbooks recorded cargo and convoy timings; personal exposure records were typically maintained only in the event of an incident.
    • Afghanistan (2003–2013). High-altitude fine dusts, continuous diesel exhaust, widespread solvent degreasing, and transits through hubs with burn-adjacent histories. The hazards were familiar yet diffuse, cumulative, not catastrophic, and thus rarely captured in neat exposure sheets.
    • Iraq — Taji and hub transits (from 2015). Flightline dusts, fuels/solvents, and the legacy of burn pits at specific coalition bases; constant MHE movements on contaminated hard standing. Unit logs were excellent for consignments and training cycles; environmental notes were sporadic and incident-driven.

    The common pattern

    Occupy damaged or industrialised ground → work at pace → accept “background” contamination as the price of tempo. Ordinary logistic tasks, such as sweeping, cutting, rigging, refuelling, and marshalling MHE, become exposure pathways, and latency hides the bill until long after the paperwork stops.

    Why proof is missing — and why that shouldn’t be fatal

    Exposures often fail to appear in files because command salience sits with security and throughput; coalitions churn and records fragment; hygiene doctrine long prioritised infection and water over industrial toxicology; and latency outlasts memory. Compounding this, many hazards that are now recognised and routinely mitigated, legacy asbestos, diesel-exhaust particulates and cumulative solvent exposure were, even less than thirty years ago, poorly understood or not considered in planning, PPE issues, or environmental reconnaissance. That is why Parliament enacted the Veterans’ Support Act 2014 (VSA): a benevolent, merits-based scheme that requires decision-makers to act reasonably, apply natural justice, and ensure equal treatment of equal claims.

    Two schemes, same principles

    The VSA operates

    • Scheme One (older cohorts/legacy service) and
    • Scheme Two (modern deployments from 1 April 1974 onwards, with a stronger rehabilitation focus).

    Both schemes operate under the Act’s principle of benevolence. New Zealand adopts medical-scientific Statements of Principles (SoPs) from Australia’s Repatriation Medical Authority. Each SoP lists causal factors that, if present, link a condition to service. Two standards of proof apply: Reasonable Hypothesis (RH) for warlike/non-warlike (operational) service, a pro-veteran, lower threshold; and Balance of Probabilities (BoP) for peacetime/routine service, a higher threshold.

    How decisions should run in practice.

    1. If a relevant SoP exists, Veterans’ Affairs New Zealand (VANZ) tests the claim against it.
    2. If the RH test is met for qualifying operational service, the claim must be accepted.
    3. If no SoP applies or a SoP cannot neatly capture cumulative exposure, **section 15** applies: VANZ must accept the claim if it is consistent with a reasonable hypothesis based on the facts, unless there are reasonable grounds to believe it is not service‑related. This is the statutory safety‑net for thin or fragmented records.

    Where veterans get tripped up when making a claim

    Here is where the machinery breaks down: a process that treats missing records as the veteran’s problem and turns a benevolent scheme into an adversarial grind.

    • Thin records → heavy proof load on the veteran. Requests for exposure logs, sampling data, or site surveys that never existed end up weaponising the gaps the system created.
    • SoPs treated as gates, not guides. Complex, cumulative or novel exposures (multiple deployments, solvents, PCB yards) don’t map neatly to Statements of Principles, yet section 15 isn’t used early to accept a reasonable hypothesis.
    • Insurer-style posture. The process can feel adversarial, with repeated demands for “more” evidence, credibility challenges, and narrow readings of medical reports, especially when records are scarce.
    • Delay as denial. Multi-stage reconsideration/review/appeal stretches months into years; terminally ill veterans can die before resolution, or families inherit the burden mid-grief.
    • The state holds the data, while the veteran bears the risk. VANZ sits within NZDF, the institution with the records and institutional knowledge; yet, the evidential burden often rests with the ill claimant.
    • Language and culture mismatch. Claims framed like welfare applications rather than an earned entitlement under a State-fault scheme erode trust and deter engagement (contemporary veteran uptake is reported as extremely low).

    If New Zealand truly values those who keep the lines moving, Veterans’ Affairs and the NZDF must do better: shift their efforts from surge-time forms to credible post-tour evidence so that tomorrow’s veteran has a fair shot.

    When proof is already thin: build a triangle of proof

    • Tasks & places: diaries, load lists, movement tables, port/airfield names, ramp IDs, warehouse numbers, fuel farm locations, photos.
    • Site history: industrial uses, conflict damage, spill/burn areas, foam pads, mining legacies, and why it was dirty.
    • Medical trajectory: onset windows, peers with similar issues, GP/specialist notes and screening results.

    Conclusion

    Operationally, the principal danger to military logisticians is often not incoming fire but the estate underfoot, ground that must be made serviceable at pace and under pressure. Somalia serves as a national wake-up call: ordinary logistics in extraordinary environments, mainly undertaken in general-issue kit, with little of the exposure ever documented. Many hazards now recognised and routinely mitigated, such as legacy asbestos, diesel particulates, PCB yards, and cumulative solvent loads, were poorly understood or not considered less than thirty years ago, which only widens today’s evidential gaps.

    Even so, that counsel comes too late for many operations up to the early 2000s, when industrial hazards were poorly understood and exposure logs were uncommon. Even if the chaos of early entry cannot be redesigned, commanders and agencies can still complete the process correctly by creating a usable record. A succinct post-tour bundle, filed with personnel records and the unit archive, should include:

    • a task/location timeline,
    • sketch maps and photographs of sites worked,
    • a note of known or likely prior industrial uses,
    • brief witness statements,
    • unit diaries and load/consignment lists,
    • and GP/screening notes (e.g., spirometry where relevant).

    Decades later, this modest package can be the difference between a fair hearing and a polite denial. Where no bundle exists for historic tours, assemble the best available reconstruction from diaries, photos, unit logs, site histories, and medical notes.

    On the claims side, practice should match principle. Decision-making ought to reflect the benevolent, merits-based intent of the law; use multiple pathways (SoPs and reasonable-hypothesis routes); and adopt a culture that investigates rather than contests. Independent oversight, separate from VANZ and NZDF, would help ensure that the absence of paperwork does not become the absence of justice.


    The Science and Art of Scaling

    Too often in military writing, it looks as if logistics “just happens”: an army is raised, equipment appears, stocks refill, and movement unfolds as if by instinct. In truth, nothing “just happens”. Across history—from spear-carriers and baggage trains to War Establishments and to today’s financially risk-averse, resource-restricted ecosystem—the science and art of logistics have quietly driven everything. This study uses history as a working tool: we read past practice to extract durable principles so tomorrow’s logisticians can scale deliberately, not by habit. Scaling is the mechanism that turns intent into counted people, platforms, rations, ammunition, repair parts, and lift so units arrive equipped, stay maintained, and fight at tempo. Without scaling, logistics is only an aspiration.

    This guide sets out that mechanism in plain English. Across the force, the same logic applies: decide who gets what, make equipment complete and auditable, package predictably for movement, size, repair, depth to reliability and lead time, and maintain theatre resilience. Peace and war establishments are simply the entitlement “switch”; in-scaling and out-scaling dial the system up and down; and sound master data keeps automation honest. We ground the method in British and Commonwealth doctrine and New Zealand practice, using short case studies to show what works, what doesn’t, and why—so logisticians can make the deliberate, evidence-based choices that turn plans into assured sustainment.

    In- and Out-Scaling

    Scaling is how the system is dialled up or down. In-scaling builds people, equipment, stocks and permissions to meet a new or larger task. Out-scaling winds the same back down, tidying books and kit so the force is ready for what follows. The levers are the same; they move in opposite directions.

    When to scale up

    • New equipment or a role change.
    • Mounting for deployment/exercises.
    • Seasonal/theatre shifts or higher tempo.

    When to scale down

    • End of operation/rotation.
    • Capability withdrawn or mothballed.
    • Restructure or budget-driven footprint reduction.

    What actually changes

    • People & entitlements: switch Peace Entitlement →War Entitlement, or role, issue the correct allowance lists.
    • Equipment completeness: make kit complete; rectify shortages; test.
    • Consumables & ammunition: set straightforward block issues and first-line loads that match the plan.
    • Spares & repair: size unit/depot spares to likely failures and lead times; preserve kit for storage/return.
    • Movement & footprint: translate scales into real loads (pallets/containers/ULDs) and book lift.
    • Data, compliance & money: update masters, licences and registers; close work orders; reconcile ledgers.

    Planned and evidence-based (not guesses)

    Scaling is a scientific, planned discipline with explicit service levels. Holdings are set from demand, reliability and lead-time data. Rules of thumb—for example, “carry 10% spares”—are avoided in favour of sizing to the target service level.

    Common Pitfalls (and the Scaling Fixes)

    Scaling is part science, part art. Some of the traps are timeless:

    • Issuing too much– Forgetting to adjust entitlements to actual strength leads to waste.
    • Repair underestimates– Peacetime spares won’t cope with wartime tempo; you need to scale for climate, usage, and lead times.
    • Lift blindness– A plan that looks neat on paper may be impossible to move unless scales are mapped to pallets, containers, or aircraft loads.
    • Footprint risk– Piling too much stock too far forward makes units vulnerable. Balance depth with dispersion.

    Deep Historical Context: From Hoplite to Legionary to Tümen

    From antiquity to the steppe, Rome and—centuries later—the Mongol Empire show how standardised building blocks, fixed measures and modular kits turned formations into predictable logistics: the Romans through contubernia, rations and marching camps; the Mongols through decimal organisation, remounts and the yam relay.

    Greek city-states (c. 6th–4th centuries BCE): The Phalanx as a Scale

    • Standard fighting load. The hoplite panoply (shield, spear, helmet, body armour) functioned as a personal equipment scale; city‑states enforced patterns so men fought as interchangeable blocks.
    • Rations and measures. Planning by standard measures (e.g., set grain issues per man per day) made food and water predictable, and hence movable.
    • Formation → sustainment. Dense heavy infantry implied slower roads and higher baggage/forage demand—an early proof that formation design fixes the sustainment scale (wagons, pack animals, camp followers).

    Rome (c. 2nd century BCE – 3rd century CE): Scaling by Modular Blocks and Doctrine

    • Contubernium as the “unit set.” Eight soldiers shared a mule, tent, tools and cooking gear—a micro‑scale that multiplied cleanly to centuries, cohorts and legions.
    • “Marius’ mules.” Standardising the soldier’s carry (a first-line load) reduced trains forward, while heavier impedimenta marched to the rear—an ancestor of today’s 1st line vs 2nd line.
    • Daily ration and marching camp. Fixed grain allowances, routine camp layouts, ditch/stake quantities, and normalised road days enable staff to convert order of battle into tonnage, tools, time, and space—the essence of scaling.
    • State supply. The Annona, roads and depots added a strategic tier of standardised contracts, weights and distances—scaling endurance to seasons, not days.
    The Roman Cohort Illustration by Peter Dennis. Credit: Warlord Games Ltd.

      The Mongol Empire under Chinggis (Genghis) Khan (13th century): Decimal Organisation and Portable Sustainment

      • Decimal structure = instant multipliers. Arban (10), zuun (100), mingghan (1,000), tümen (10,000) created a universal grammar of scale: equip and feed an arban, and you can multiply to a tümen without changing the recipe.
      • Remounts as a ration of mobility. A scale of remount horses per warrior standardised range and resilience; spare mounts were the mobility equivalent of extra fuel cans.
      • Self-contained field kits. Common personal kits (bows in standard bundles, lariats, spare strings, tools, felt gear) and household tents/carts made each decimal block logistically modular.
      • The yam relay. A state courier/relay network with post‑stations and passes pre‑scaled communications and light logistics into predictable legs.
      • Task‑tailored attachments. Siege/engineering blocks bolted onto the cavalry core when required—early attachments on a standard base.

      Genghis Khan’s empire and campaigns. Wikimedia

      Throughline: A formation is a logistics equation. Standard measures enable standard issues. Modularity makes mass possible.

      The Nineteenth‑Century Step Change — Britain’s Army Equipment System (1861–66)

      In the reform decades after Crimea, the War Office published the seven‑part Army Equipment series (Artillery; Cavalry; Infantry; Royal Engineers; Military Train; Commissariat; Hospital).[1] Each volume tied official organisation to authorised equipment lists, weights, measures (often prices), transport tables, and packing/marking rules. Once you knew the unit—infantry battalion, artillery battery, engineer company, or Military Train echelon—you could multiply the lists and convert entitlements into lift and sustainment. Support arms were treated as modular blocks (e.g., Commissariat trades; Hospital sets) scaled to force size and role.

      What changed: This turned scaling into a published operating system for logistics—standard nomenclature matched ledgers; weights and measures turned entitlement into tonnage; common patterns let staff scale issues, movement and maintenance simply by multiplying unit counts.

      Example of a table from Army Equipment. Part V. Infantry 1865

      Peace vs War Establishment — The Scaling “Switch”

      Establishments are the authorised blueprints for people, vehicles, weapons, tools and key stores—held in two states:

      • Peace Establishment (PE): Cadre‑heavy and economical (training scales, minimal transport; many posts unfilled; war‑only items held centrally).
      • War Establishment (WE): Fully manned and fully equipped (complete Equipment and first/second‑line holdings; authorised transport and attachments—signals, medical, supply/transport, maintenance—baked in).

      Mobilisation tops up PE to WE: fill personnel (Regulars/Reservists/Territorials), issues unit entitlement, builds lift and repair depth, loads first-line holdings, form attachments, and declares readiness. Because WEs link directly to scales, a unit can be multiplied and supported predictably. In service terms, the scaled package is then delivered through various types of support—integral, close, general, and mounting—each tailored to those entitlements and holdings.

      • Types of support.
        • Integral — organic, first-line support within the unit. (1st Line)
        • Close — formation troops forward, delivering time-sensitive commodities and quick repair/recovery. (2nd Line)
        • General — force-level support to the whole formation (bulk stocks, distribution, heavy repair). (3rd line; sometimes spans to 4th depending on the army)
        • Mounting — generating/equipping/marshalling the force before deployment. (a pre-deployment phase, not a “line”)

      (Illustrative maxim) Alter one allowance, alter the lift: add a blanket per man, and you add wagons to the transport scale. Scaling is a system—inputs ripple into horses, drivers and wagons.

      Late Victorian to 1914 — Scaling Rehearsed in Peace (NZ)

      New Zealand did not drift into World War I. In the years following the war in South Africa and especially under the Territorial Force (from 1910), planners adapted British military establishments to practical peacetime scales and rehearsed them. Camp equipment was centralised and issued according to published scales for the 1913 brigade camps. Districts drew against these scales, and returns/refurbishment were managed according to plan. To ensure the issue/return machine functioned efficiently, temporary Ordnance Depots were established for the 1913 camps (and again for the 1914 divisional camps), staffed with clerks and issuers under regional storekeepers—so requisition, issue, receipt, and repair all followed a single process.[2]

      Example of New Zealand Camp Equipment Scale 1913

      In parallel, the Defence Stores professionalised: permanent District Storekeepers were appointed, and an intensive store management course produced Quartermaster Sergeants for every infantry and mounted regiment, tightening the link between unit ledgers and district depots. By early 1914, the force had been inspected and judged to be well-armed and well-equipped, and mobilisation regulations—adapted from British directives—were issued in March 1914, aligning establishments, ledgers, and stocks.[3] The result was a pre‑war system that treated scaling as a living routine, not an emergency improvisation.

      World Wars & Interwar — Scaling at Industrial Tempo (UK & NZ), 1914–45

      First World War (1914–18).

      The British Army’s War Establishments and matching scales of equipment underwrote rapid expansion from Regulars to Territorials to Kitchener’s New Armies.[4] New formations could be raised and fitted out by template—weapons, tools, transport, ammunition, clothing, medical stores and repair parts, all mapped from the WE. For a smaller force such as New Zealand, alignment with British establishments and scales enabled swift mobilisation and five years of sustained operations.

      Saddlers Toolkit – Handbook of Military Artificers 1915

      Interwar (1919–39)

      Rather than a pause, this period saw refinement and governance of scaling. G1098 (AFG1098) matured as the unit‑level ledger linking establishment to holdings; mobilisation store tables and Clothing/Equipment Regulations were revised; Dominion practice tightened accounting controls and depot procedures. From 1935, although New Zealand lacked a standing field army, planners tracked British developments closely—each new War Establishment, scale and entitlement as it was published—and adapted them to local conditions (manpower, industry, shipping distances and climate). Thus, when mobilisation began in 1939–40, New Zealand could raise, equip, and structure its forces on modern British templates, rather than through improvisation.

      Second World War (1939–45)

      Scaling went fully industrial. Theatre-specific clothing scales, bulk demand procedures for ordnance, formal first/second‑line holdings, and push vs pull replenishment methods were used to keep tempo while protecting scarce lift and stocks. Units continued to work to WE/scale templates, with depots, railheads and parks sized to the calculated flows.[5]

      Ammunition Loads – Ordnance Manual (War) 1939

      Case Study — Greece 1941: mis-scaled ordnance support

      Context. In March 1941, the New Zealand Division deployed three Independent New Zealand Ordnance Corps (NZOC) Brigade Workshops and eleven LADs to Greece, with the attached British Royal Army Ordnance Corps (RAOC) 1 Ordnance Field Park (1 OFP) providing forward spares and stores.[6]  Pre-deployment consultation was thin; scaling assumptions followed British fleet patterns rather than New Zealand holdings.

      What went wrong (the scaling error).

      • Wrong spares mix. 1 OFP was scaled for Internationals and Crossleys; the NZ Division fielded neither in any number (only two Crossleys), so much of the forward lift didn’t match the fleet it had to support.
      • Assumptive, not analytical. Holdings mirrored generic expectations instead of the Division’s actual G1098s, failure rates, and service-level targets.
      • Coalition data gap. Equipment data and entitlement tables weren’t reconciled across national lines before movement.

      Consequences in theatre.

      • Readiness lost at the point of need. Lift and time were consumed carrying low-utility spares forward.
      • Workarounds required. Support hinged on the subset that did match (e.g., Ford, 25-pdr, 2-pdr, spring steel, sheet/rod metals, compressed air, general items) plus local supplementation—enough to keep NZ Workshops going, but with friction and delay.
      • Campaign outcome. The Greek campaign collapsed into evacuation (and then Crete), compounding the cost of the initial scaling miss.

      Fix and regeneration (the recovery).

      • Rebuild in Egypt. NZOC consolidated with RAOC/Maadi resources and formed the NZ Divisional OFP on 28 July 1941, explicitly scaled to NZ kits.
      • Deliberate scale-up. Through August–September the OFP built to scale, trained on ordnance accounting, and aligned data to reality.
      • Right-sized footprint. By late 1941 the OFP held 4 officers, 81 ORs and 27 three-ton lorries configured for OFP stores—turning scaling from assumption into a planned capability.

      Practical fixes (what should have been done).

      1. Make scaling scientific. Use master data, reliability/failure rates, demand and lead-time to size spares and blocks; set explicit service-level targets.
      2. Don’t rely on rules of thumb. Ditch “10% spares” heuristics—scale to the actual fleet and mission.
      3. Close coalition gaps early. Reconcile equipment and entitlement tables across partners before you book the lift.
      4. Translate scales to footprint. Convert to pallets/containers/ULDs with correct packaging and documents; protect the lift.
      5. Capture and apply lessons. After action, cleanse data, adjust, and rebuild to standard—exactly what the NZ Div OFP did after Greece/Crete.

      Takeaway. Scaling only works when it’s fleet-true, data-driven and coalition-aligned. Get that right pre-deployment, and your forward park becomes a force multiplier rather than a passenger.

      Post-War Evolution — From a Single List to an Integrated Entitlement System (NZ Focus)

      Example of AFG1098 Accessories and Spares for Bren .303 M.G

      Post-1945 fleets—communications, electrics, vehicles, and specialist plant—stretched the old, flat G1098 list. By the late 1950s–60s, practice matured into three coordinated instruments:[7]

      1. Entitlement (Equipment) Tables— the core “who gets what” by unit role and establishment.
      2. Complete Equipment Schedules (CES) — the “what is complete” list for each equipment set (every component, tool, accessory), doubling as the accounting document for that set.
      3. Block Scales — pooled non-CES items and everyday consumables (stationery, training stores, domestic items) expressed as ready-to-issue blocks.

      New Zealand’s tailored, Commonwealth-compatible model (1960s)

      The New Zealand Entitlement Table (NZET) became the hub, explicitly incorporating New Zealand CES (NZCES) items (and their components), New Zealand Block Scales (NZBS) for non‑CES stores, and first‑line maintenance packs such as FAMTO (First Aid Mechanical Transport Outfit) and FATSO (First Aid Technical Stores Outfit) so operators could keep equipment serviceable between deeper repairs.[8]

      By the early 1970s a further pillar emerged: New Zealand Repair Parts Scales (NZRPS). From the late 1960s, these began to replace earlier “spare parts lists,” folding FAMTO and FATSO in as first‑line modules of a wider repair‑chain planning scale—so unit Prescribed Load Lists (PLL) (days‑of‑cover + pipeline), formation Authorised Stockage Lists (ASLs) (service level over replenishment time) and theatre reserves were all sized from the same tempo/lead‑time/reliability factors. In short, repair provisioning became a single, scalable chain from operator kits through to depot depth.

      Case Study — Malaysia & Vietnam (1965–1972): combined scaling to autonomy

      Context. New Zealand kept a battalion in Malaysia/Singapore with 28 (Commonwealth) Brigade while rotating a rifle company into Vietnam under 1 ATF—three systems at once (British, Australian, NZ) with different entitlements, CES, paperwork and spares. The task was to turn them into one workable load for training in Malaysia and fighting in Phước Tuy.

      What worked (the scaling approach).

      • One combined scale, three sources. Cross-walked UK/AUS entitlements to NZ holdings; set approved equivalents for non-matching items.
      • Climate-first. Tropical scales for clothing/boots/personal kit; higher replacement factors and wider size ranges.
      • CES by platform. Normalised vehicle/tool sets so workshops and lift could be planned regardless of source nation.
      • Local industrial equivalents. Qualified NZ-made clothing, boots, webbing and small stores to UK/AUS specs to cut lead-times and dependency.
      • Liaison & data discipline. NZ LOs embedded in 1 ATF/FARELF to keep demand, returns and credits clean; part codes aligned early.
      • People matched to plan. Increased NZ movements, supply and maintenance manning in Malaysia and in-theatre.

      Results.

      • Seamless support in Vietnam. Routine sustainment via Australian pipelines; NZ-specific items flowed via Malaysia/Singapore with minimal friction.
      • Fewer workarounds, faster repair. Equivalence lists and aligned CES cut “near-miss” parts and sped turnarounds.

      Why it mattered later.

      • As UK/AUS withdrew from Malaysia in the early 1970s, NZ’s habits—combined scales, clean data, boosted manning and a growing local supply base—left the battalion near-logistically independent.
      • NZ-made equivalents added depth and resilience, enabling New Zealand-led sustainment.

      What to copy.

      1. Build a cross-walk early and lock approved equivalents in SOPs.
      2. Scale for climate and task (clothing, rations, POL, repair parts).
      3. Embed liaison/data stewards with partners.
      4. Man to the plan—grow workshops, supply and movements to match scale.
      5. Qualify local industry to shorten lead-times and strengthen sovereignty.

      Takeaway. Combine partner scales with NZ holdings, qualify local equivalents, and resource the logisticians—then a company can fight in Vietnam while a battalion trains in Malaysia, and the force is ready to stand on its own as partners draw down..

      From Printed Tables to Digital Systems (1960s–today)

      Until the 1980s, scaling was a manual staff drill: planners worked from printed tables, equipment series, mobilisation stores tables and unit instructions, doing the maths by hand—later with basic calculators—and re-checking totals across ledgers and load tables. With computer-based logistics, the arithmetic and cross-checks moved into software: entitlement look-ups, strength-based calculations, days-of-cover policies, lift planning from pack/weight data, and target-setting from demand history. The gains were speed, consistency, auditability and the ability to model scenarios.

      Many forces—including New Zealand—progressed from electric accounting machines and mainframes to enterprise ERPs by the late twentieth century, with deployable tools to support entitlement planning. Automation expanded what staff could calculate quickly; it did not replace the need for clear, maintained scales.

      Crucially, automation only works with sound data and governance. Organisations change, equipment is updated, and missions evolve; unless master data—organisational structures/establishments, item masters/part numbers, CES versions, block-scale definitions, repair parts scales and links to maintenance task lists—is kept current under change control, systems will produce inconsistent outputs. The principle is simple: keep entitlements, scales and planning factors aligned across supply, maintenance and movement. Contemporary doctrine reinforces this, emphasising information systems for visibility and decision-making, underpinned by disciplined data stewardship.

      Case Study — Somalia 1993: when scaling wasn’t applied (and what changed)

      Context. New Zealand contingents in Somalia (1992–94) deployed into extreme heat and vehicle-centred tasks, yet much of the kit reflected a temperate, barracks-oriented baseline—signs that entitlements and CES were not re-scaled for climate, role, or threat. To add insult to injury, the advance party deployed into an active conflict zone without weapons. Part of the reason it went wrong was that, at the time, the Army was not configured for rapid expeditionary operations.

      What should have been scaled—but wasn’t. Hot-weather clothing and headgear; body armour matched to the threat; vehicle-friendly load carriage; and weapon accessories (e.g., pistol holsters) to match in-service weapons.

      Consequences. Under-utilised scale (issued items set aside for improvised workarounds), inconsistent appearance/ID in theatre, and slower adaptation when the threat rose.

      After-action learning—Bosnia as the correction. The Army was embarrassed by the Somalia experience and did learn. Subsequent Bosnia deployments were better resourced and equipped: theatre-specific clothing and boots were prioritised; body armour and load-carriage were selected for the task and climate; weapon ancillaries were matched before deployment; and theatre SOPs were clarified. In short, the levers of scaling were applied up-front instead of improvised in theatre.

      Takeaway. Treat scaling as deliberate tradecraft before wheels-up: set climate-appropriate clothing scales, match armour and load-carriage to tasks, close ancillary gaps, and codify it all in SOPs. Do that, and the force arrives ready; skip it, and soldiers will improvise uneven fixes in contact.

      Why Scaling Matters

      Doctrinally, scaling underpins the core logistics principles—Responsiveness, Simplicity, Economy, Flexibility, Balance, Foresight, Sustainability, Survivability and Integration—by turning intent into standard, reusable units of effort.[9]

      Budget reality. Scales translate limited resources into repeatable outputs. They allow commanders to make explicit trade-offs between cost, risk, and tempo, and they expose the carrying costs of options (people, stock, space, lift) before money is spent. In fiscally constrained settings, scales are the difference between a force that looks large and a force that lasts. (Then and Now)

      • Control. Replaces ad‑hoc estimates with standard, repeatable calculations.
      • Agility. Dial effort up for surge or down for economy without needing to rewrite plans.
      • Interoperability. Standard blocks and tables let allies plug in seamlessly.
      • Assurance. Creates an audit trail for readiness claims and expenditure.
      • Risk management. Ties stock depth and footprint to threat, distance and tempo.

      Instruments of Scaling — Quick Guide

      When logisticians talk about “scales,” they’re really talking about ways of turning entitlements on paper into real-world stocks, vehicles, or pallets. A few of the main ones are:

      • Tables of Entitlement – These are the official “allowance lists” for units. They can be adjusted depending on the number of people present, the role the unit is playing, or even the climate. They shape both the unit’s footprint and its initial kit issue.
      • CES (Complete Equipment Schedules) – Every vehicle or platform comes with a kit list. Multiply that by the number of platforms, add any mission-specific kits, and you get both the accounting baseline and a sense of what workshops and lift have to carry.
      • Block Scales – Think of these as pre-packed bundles: ammunition, rations, POL (petrol, oil, lubricants), water, consumables, even stationery. They’re designed in mission-length chunks that map directly onto pallets, containers, or sorties.
      • Ration Scales — Per-person, per-day entitlements (e.g., fresh, composite, MRE/24-hour packs). Sized by headcount and duration, with first-line holdings at unit level and theatre stocks behind them.
      • Fuel Scales (POL) — Daily fuel requirements derived from platform consumption and tempo (include generators/heaters). Planned as bulk and/or packaged supply with defined reserves.
      • Clothing & Personal Equipment Scales — Initial issue and replacement factors (boots, uniforms, cold-weather gear). Driven by climate and wear-rates; size ranges require buffer stock. Set climate-specific scales; use approved equivalents across NZ/Allied patterns
      • Repair Parts Scales – Units carry a few days’ worth of spares on hand, while second-line supply aims to hold enough to cover expected breakdowns over the lead time.
      • First-Line Ammunition – This is the starter load troops carry into action, balanced against how quickly resupply can arrive.
      • WMR/DOS (War Maintenance Reserve/Days of Supply) – Larger-theatre stockpiles held to cushion delays or enemy interdiction.

      All of this contributes to the classic push versus pull distinction. Push works best when demand is predictable (e.g., food, water, combat supplies), while pull suits variable or diagnostic needs (e.g., spare parts, casualty evacuation). Each commodity sits somewhere on that spectrum, and stock policies need to reflect that.

      Scaling in Practice — A Common Framework

      The beauty of scaling is that it works at every level. The same levers—entitlements, CES, block scales, repair parts, first-line ammunition, and WMR/DOS—apply whether you’re supporting a corps or a rifle section. The only difference is the number of multiples and echelons involved.

      In effect, the same logic sizes a divisional-level park to last a day and a platoon’s first-line to last an opening skirmish. A section’s water is just the smallest expression of the same logic. What matters is anchoring decisions to the wider continuum—tactical, operational, and strategic—so that what a company carries dovetails with what the theatre holds in depth.

      Case Study – 3 NZ Div reverse logistics (out-scaling best practice)

      Context & scale. When 3 New Zealand Division was withdrawn from the Pacific in 1944, New Zealand executed a full reverse lift and regeneration: over 50,000 line items, 3,274 vehicles (plus 25 tanks) and tonnes of ammunition and supplies were received, cleaned, repaired, repacked and re-issued or disposed of—without forklifts or computers. Mangere Crossing Camp (ex-US “Camp Euart”) became the hub, with 200,000 sq ft of warehousing and a rail siding that ran straight into the storage blocks, allowing trains to off-load directly under cover. Work parties manually handled 250,000 packages averaging 45 kg, and about 10,000 tonnes of mixed stores arrived in the first three months from August 1944; the whole evolution concluded by July 1945.[10]

      Method—how it worked.

      1. Pre-exit accounting. Quartermasters across 90 accounting units completed inventories and packing lists in New Caledonia before lift.
      2. Reception & triage. On arrival at Mangere, loads were checked against documents, segregated by condition, and queued for cleaning/repair.
      3. Restore for re-use. Items were cleaned, repaired and repacked to unit standard, then presented for inspection.
      4. Audit & acceptance. Main Ordnance Depot staff and Defence auditors enforced exacting standards; discrepancies were explained and cleared before acceptance.
      5. Disposition. Serviceable materiel moved to Trentham (Main Ordnance Depot) or Hopuhopu (Northern District); many vehicles to Sylvia Park for onward issue; surplus or damaged items were transferred to the War Assets Realisation Board for sale or disposal.

      Constraints & workarounds. With no MHE or IT, the system relied on infrastructure (rail-to-warehouse flow), disciplined paperwork, and hard, organised labour. Quartermasters—often not career logisticians—proved adaptable under high audit pressure, demonstrating that well-designed processes can substitute for technology when needed.

      Why this is out-scaling done right.

      • Treated dismantling as deliberately as build-up—planned reverse from theatre to home base.
      • Aligned supply, maintenance and movement tasks (clean/repair/repack embedded in the flow).
      • Used fixed infrastructure to compensate for missing tools (rail siding, large covered floors).
      • Kept data discipline central: inventories, packing lists and audits drove every hand-off.
      • Produced a regeneration effect—restored force elements, cleared accounts and returned value to the system—on a national scale.

      Takeaway. Reverse logistics is not an afterthought. Plan the out-scaling from day one, resource the reception base, couple repair with receipt, and enforce documentation—then even a technology-light force can bring a division home cleanly and quickly.

      3 NZ Division Tricks and Tanks parked at Main Ordnance Depot, Mangere Bulk Depot on their Return from the Pacific in 1944 (Colourised). Alexander Turnbull Library

      Conclusion

      From the hoplite’s panoply and Rome’s contubernium to the Mongol tümen; from the Victorian Army Equipment series to modern War Establishments and today’s Entitlement–CES–Block toolkit (including NZ’s FAMTO/FATSO), the lesson is constant: scaling is the lifeblood of logistics. It turns intent into counted people, platforms, ammunition, spares, and lift—precisely, repeatably, and at the tempo operations demand.

      In practice, scaling provides a standard framework: entitlement tables specify who receives what; CES ensures equipment is complete and auditable; block scales package predictable consumables for movement; repair-parts scales establish first- and second-line resilience; and WMR/DOS provides theatre depth. The art is in balancing the push for predictability with the pull for diagnostic, variable demands.

      This is not optional tradecraft. Every headquarters and every trade must treat scaling—and the data that underpins it—as core business. Keep establishments current, masters clean, and paper scales translated into real pallets, bookings and stocks so that automation amplifies judgment rather than propagating error. Do this and the force can surge, re-role and wind down cleanly; neglect it and you invite a modern reprise of the Crimean lesson—impressive on paper, unsustainable in contact. Scaling is how intent becomes assured movement and sustainment.


      Notes

      [1] The Secretary of State for War, “Part 2 – Artillery,” Manual of Army Equipment  (1861), https://rnzaoc.files.wordpress.com/2018/08/army-equipment-part-2-artillery-1861.pdf; The Secretary of State for War, “Part 1 – Cavalry,” Manual of Army Equipment  (1863); The Secretary of State for War, “Part 5 – Infantry,” Manual of Army Equipment (1865); The Secretary of State for War, “Part 6 –  Commissariate Department,” Manual of Army Equipment  (1865), https://rnzaoc.files.wordpress.com/2018/08/army-equipment-part-6-commissariat-department-1865-1.pdf; The Secretary of State for War, “Part 4 – Military Train,” Manual of Army Equipment  (1865); The Secretary of State for War, “Part 7 – Hospital,” Manual of Army Equipment  (1865); The Secretary of State for War, “Part 3 – Royal Engineers,” Manual of Army Equipment  (1866).

      [2] “H-19 Report on the Defence Forces of New Zealand for the period 28 June 1912 to 20 June 1913,” Appendix to the Journals of the House of Representatives  (1 January 1913), https://paperspast.natlib.govt.nz/parliamentary/AJHR1913-I.2.5.2.34.

      [3] “Regulations – Mobilisation of New Zealand Military Forces,” Archives New Zealand Item No R22432979  (27 April 1914).

      [4] Ordnance Manual (War), War Office, (London: His Majesties Printing Office, 1914). https://rnzaoc.files.wordpress.com/2018/08/ordnance-war-manual-1914.pdf.

      [5] Ordnance Manual (War), ed. The War Office (London: His Majestys Stationery Office, 1939).

      [6] Brigadier A.H Fernyhough C.B.E. M.C, History of the Royal Army Ordnance Corps 1920-1945 (London: Royal Army Ordnance Corps, 1965), 141.

      [7] “Publications – Military: Army Form G1098: War Equipment Tables,” Archives New Zealand Item No R17189361  (1951-1963).

      [8] “Publications – Military: Army Form G1098: War Equipment Tables,” Archives New Zealand Item No R17189362  (1963-1968).

      [9] Defence Logistics NZDDP-4.0 (Second Edition), New Zealand Defence Doctrine Publication: NZDDP, (New Zealand Defence Force, 2020), Non-fiction, Government documents. https://fyi.org.nz/request/18385/response/73807/attach/5/NZDDP%204.0.pdf.

      [10] Francis Arthur Jarrett, “2NZEF – 2 NZ Divisional Ordnance Field Park – Report – F Jarret,” Archives New Zealand Item No R20109405  (1944); “QMG (Quartermaster-Generals) Branch – September 1939 to March 1944,” Archives New Zealand Item No R25541150  (1944); “HQ Army Tank Brigade Ordnance Units, June 1942 to January 1943,” Archives New Zealand Item No R20112168  (1943).


      By Words We Are Known: The Mottos of New Zealand’s Army Logistic Corps

      “Actions speak louder than words; let your words teach and your actions speak.” – Anthony of Padua

      Across the military world, mottos occupy a special place in a unit’s identity. Far more than decorative phrases, they encapsulate ethos, tradition, pride, and mission. New Zealand’s Army logistic corps have long embraced this tradition, each adopting a motto that speaks to their distinct contributions to sustaining and enabling military operations. Together, these mottos form a vital cultural bridge to the Royal New Zealand Army Logistic Regiment (RNZALR) of today.

      This article explores the historic mottos of New Zealand’s logistic corps — the Royal New Zealand Army Service Corps (RNZASC), Royal New Zealand Corps of Transport (RNZCT), Royal New Zealand Army Ordnance Corps (RNZAOC), and Royal New Zealand Electrical and Mechanical Engineers (RNZEME) — and how their spirit continues in the RNZALR’s regimental motto.

      The RNZASC and RNZCT: “Nil Sine Labore” — Nothing Without Labour

      The Royal New Zealand Army Service Corps (RNZASC), formed in 1910 and later reorganised into the Royal New Zealand Corps of Transport (RNZCT) in 1979, adopted the Latin motto “Nil Sine Labore”, meaning “Nothing Without Labour.”

      • Meaning and Significance:
        “Nil Sine Labore” captured the essential reality of logistics: success in battle is impossible without the unceasing work of those who provide transport, fuel, rations, and supplies.
      • Wider Context:
        Like the mottos of other Commonwealth service corps (e.g., British Army Service Corps), it stresses the indispensable nature of effort behind the scenes. While combat might capture glory, labour — the unseen supply chain — sustains the force.
      • Legacy:
        The RNZCT’s adoption of the same motto ensured continuity, even as functions evolved from general service to highly mobile modern transport operations.

      The RNZAOC: “Sua Tela Tonanti” — To the Warrior Their Arms

      The Royal New Zealand Army Ordnance Corps (RNZAOC) proudly carried the Latin motto “Sua Tela Tonanti”, traditionally translated as “To the Warrior His Arms”, though now often rendered as “To the Warrior Their Arms” for inclusiveness.

      • Meaning and Significance:
        This motto embodies the RNZAOC’s role in arming the Army, providing everything from ammunition and weapons to clothing and technical stores. It positions the Corps not as passive administrators, but as an essential enabler of combat power.
      • Wider Context:
        Inherited from the historic British Board of Ordnance, the motto ties the RNZAOC directly to a centuries-old tradition of sustaining armies through mastery over materiel — arms to the Thunderer (Jove), or in modern terms, arms to the Warrior.
      • Legacy:
        The RNZAOC’s operational support philosophy — rapid, flexible, forward-moving supply and repair — deeply influenced New Zealand’s logistic identity into the RNZALR era.

      The RNZEME: “Arte et Marte” — By Skill and Fighting

      The Royal New Zealand Electrical and Mechanical Engineers (RNZEME) chose the Latin motto “Arte et Marte”, meaning “By Skill and Fighting” or “By Craft and Combat.”

      • Meaning and Significance:
        “Arte et Marte” speaks to the technical excellence demanded of soldiers who kept vehicles, weapons, and equipment operational in all conditions, often under fire. It acknowledges that engineering support is not a civilian function, but a battlefield art practised in war.
      • Wider Context:
        Similar mottos appear across the engineer and technical corps throughout the Commonwealth, blending pride in professionalism with recognition of the combat environment they work within.
      • Legacy:
        RNZEME’s ethos of skilled technical intervention in the face of adversity feeds directly into the RNZALR’s emphasis on innovation, adaptability, and operational effectiveness today.

      The RNZALR: “Mā Ngā Hua Tu Tangata” — By Our Actions We Are Known

      When the Royal New Zealand Army Logistic Regiment (RNZALR) was formed in 1996 through the amalgamation of the RNZCT, RNZAOC, RNZEME, and the All-Arms Quartermaster functions, it needed a new motto — one that would respect its heritage while uniting its many trades and traditions.

      The selected motto, in Te Reo Māori, is “Mā Ngā Hua Tu Tangata”, which translates as “By Our Actions We Are Known.”

      • Meaning and Significance:
        This motto synthesises the underlying spirit of the earlier corps mottos. Labour, provision of arms, technical skill, and combat support all manifest through actions — actions that sustain the force and ultimately define success.
      • Wider Context:
        By choosing a motto in Te Reo Māori, the RNZALR affirmed its place within a distinctly New Zealand military culture. This reflected the nation’s commitment to multiculturalism and honoured Māori and Western traditions.
      • Continuity and Evolution:
        While the words changed, the spirit endures.
        • “Nil Sine Labore” – Nothing is possible without action.
        • “Sua Tela Tonanti” – The arms are provided through action.
        • “Arte et Marte” – Action is both skilled and courageous.
        • “Mā Ngā Hua Tu Tangata” – Actions define reputation.

      Thus, the RNZALR motto is not a break with the past but the culmination of it — a living link between generations of logisticians who have sustained New Zealand’s Army from the earliest days to the present.

      Conclusion: Living the Legacy

      Military mottos are far more than slogans; they are declarations of identity, values, and purpose. In the case of New Zealand’s Army logistics corps, each motto reflects a vital facet of the broader logistics enterprise — from hard work and skilled maintenance to the critical task of arming and equipping the warfighter.

      Through “Mā Ngā Hua Tu Tangata”, the RNZALR carries forward these proud traditions, reminding every Logistic Specialist, Movements Operator, Caterer, Maintainer, and Combat Driver that it is through their actions — perhaps unseen by many, but vital to all — that the Army stands strong.