Historical overview
The FV101 Scorpion was not a main battle tank. It was a compact tracked reconnaissance and fire-support vehicle, officially designated in British FV-number usage as “Combat Vehicle, Reconnaissance Tracked, 76MM Gun.” Its practical identity sits between categories: in unit employment and official British family structure it belonged to CVR(T); in popular and export literature it is often called a light tank because of its turreted gun, tank-like silhouette, and direct-fire role. [MoD FV list] Sources
Its importance lay in solving a British Cold War reconnaissance problem: how to field a vehicle light enough for strategic air movement and soft ground, small enough for reconnaissance, yet armed well enough to suppress infantry, fieldworks, and light armor. The resulting vehicle was fast, low-slung, mechanically simple by tank standards, and part of a family that shared automotive components across gun, missile, APC, command, ambulance, recovery, and 30 mm reconnaissance variants. [RBSL; Gary Cooke; Norfolk] Sources
The most important Scorpion-related variants are the original FV101 Scorpion with 76 mm L23A1 gun; the export Scorpion 90 with a Cockerill 90 mm gun; FV107 Scimitar with the 30 mm RARDEN cannon; FV102 Striker Swingfire anti-tank guided-missile carrier; FV103 Spartan APC; FV105 Sultan command post; FV104 Samaritan ambulance; FV106 Samson recovery vehicle; Sabre, which combined Scorpion hulls with Fox turrets; and turret derivatives such as Canada’s AVGP Cougar and Australia’s M113 fire-support/reconnaissance conversions. [MoD FV list; RBSL; WeaponSystems; Gary Cooke] Sources
The biggest caution is production arithmetic. Some sources and museum summaries repeat “over 3,000” as if it describes FV101 Scorpion alone. The project the cited accounts correctly records “~3,000+ CVR(T) family,” while another detailed technical source gives 1,241 for the FV101/Scorpion line and “well over 1,200” Scorpions. Published accounts describe 3,000+ as a whole-family or broad program figure unless a source explicitly proves otherwise. [WeaponSystems; Norfolk] Sources
Scorpion was strategically useful rather than tactically dominant. It offered speed, low ground pressure, air portability, and useful infantry-support fire in a very small vehicle, but it lacked the armor, stabilization, anti-tank gun power, and crew protection expected of MBTs. Its career is best understood as a successful reconnaissance-family design whose popular “tank” label is both understandable and potentially misleading. [British Army Review 173; NAM Falklands; RBSL] Sources
The late 1950s and 1960s forced the British Army to think beyond heavy tank formations in Europe. NATO still needed armored reconnaissance in the Central Front, but Britain also faced expeditionary commitments where road-bound armored cars and heavy tracked vehicles were poorly suited. The older Alvis Saladin armored car carried a useful 76 mm gun, but a wheeled vehicle could not match tracked mobility over soft ground, and its size and protection reflected a prior generation. Scorpion replaced Saladin in the direct-fire reconnaissance niche rather than the main battle tank role. [WeaponSystems; Norfolk] Sources
The doctrinal problem was not simply “build a smaller tank.” Reconnaissance troops needed a low-silhouette vehicle that could observe, report, evade, and, if necessary, force enemy screens to reveal themselves. A gun vehicle was useful for suppressing positions, illuminating or screening with smoke ammunition, and handling light armor or infantry positions. Heavy anti-tank work was assigned to missile carriers such as FV102 Striker, while 30 mm reconnaissance firepower later came through FV107 Scimitar. [MoD FV list; RBSL; British Army Review 173] Sources
Industrial and strategic constraints shaped the final design. Air transportability, especially by C-130-class aircraft, demanded low weight. Low ground pressure mattered in European mud, snow, peat, and expeditionary terrain. Those requirements led to an all-welded aluminum hull, compact dimensions, a commercially derived Jaguar petrol engine in early vehicles, and a simplified turret with manual gun laying. The outcome was fast and deployable, but not heavily protected. [Gary Cooke; WeaponSystems; Norfolk] Sources
Politically, CVR(T) also reflected Britain’s attempt to preserve a strong armored-vehicle design base while controlling cost. A family architecture offered commonality across reconnaissance, missile, personnel, command, ambulance, and recovery versions. That approach helped sustain production and export sales long after the British Army had moved its frontline gun-reconnaissance role away from FV101 itself. [RBSL; GOV Scimitar 2011] Sources
Development and variants
It includes the original production vehicle, export and upgrade variants, key CVR(T) siblings that define the family tree, combat use, operators, production uncertainty, and legacy. It also covers turret derivatives and related vehicles when they clarify the Scorpion’s lineage or its classification boundary. Sources
Included: FV101 Scorpion; Scorpion 90; major CVR(T) family members FV102 through FV107 and FV120; Sabre and OPFOR/visual-modification uses; recovery, command, APC, ambulance, missile, and 30 mm reconnaissance siblings; export service and upgrade patterns; Falklands and Gulf War service; and photo leads for non-embeddable Falklands imagery. Sources
Excluded unless noted for disambiguation: unrelated “Scorpion” mine flails such as Matilda Scorpion, French Leclerc SCORPION modernization terminology, video game depictions, replica vehicles, and museum restorations where they cannot be identified as genuine vehicles. Sources
British official terminology identifies FV101 as a 76 mm-gun CVR(T) reconnaissance vehicle; many operators and later references also call it a light tank. Exact production splits and current operator inventories remain less certain. [MoD FV list; RBSL; WeaponSystems; Norfolk; ArmyRecognition 2026] Sources
WeaponSystems summarizes development as 1967–1970 with prototypes in 1969–1970, while ArmyRecognition describes first prototype completion in 1969 and official British Army service in 1973. Sources give introduction dates of 1971, 1972, or 1973, reflecting different definitions of CVR(T) service, production, acceptance, and first unit issue. [WeaponSystems; ArmyRecognition 2026; GOV AJAX 2025] Sources
Alvis Vehicles Ltd., Coventry, was the central industrial actor. The design response emphasized common family components, light alloys, and a compact two-man turret around the 76 mm L23A1 low-velocity gun. The family nomenclature eventually included FV101 Scorpion, FV102 Striker, FV103 Spartan, FV104 Samaritan, FV105 Sultan, FV106 Samson, FV107 Scimitar, and FV120 ATGW, all listed in the UK MoD FV-number annex. [MoD FV list; RBSL; Norfolk] Sources
Prototype and trial details vary by source, but the broad outline is stable: development began in the late 1960s; prototypes were tested across hot and cold environments; acceptance and procurement followed in the early 1970s; and production served both domestic and export markets. The British service entry date is most safely phrased as early 1970s, with 1973 used when discussing first British Army operational issue and 1972 when using some technical-published figures. [WeaponSystems; Gary Cooke; Norfolk; ArmyRecognition 2026] Sources
Design compromises before production were mostly shaped by weight and role. The vehicle kept a manually traversed turret and modest armor, but it gained long range, high speed, low ground pressure, NBC equipment, smoke dischargers, image-intensification/night vision equipment, and amphibious capability with preparation. Later users often changed engines, radios, fire-control equipment, night sights, and armor packages. [Gary Cooke; WeaponSystems; Norfolk; GOV Scimitar 2011] Sources
Design and performance
The standard FV101 is a three-crew, front-engine, rear-turret tracked vehicle. The driver sits in the front left of the hull, the powerpack occupies the front right, and the commander and gunner are in the turret at the rear. This layout is shared with other CVR(T) family members and produced a short, low vehicle with good forward visibility for the driver but limited internal volume. [WeaponSystems; ArmyRecognition 2026] Sources
The hull is all-welded aluminum alloy. Its low weight is central to the design: around 8.0–8.1 tonnes combat weight in common references. The vehicle has five road wheels per side, a front drive sprocket, rear idler, and no heavy armored skirt arrangement in the original form. [WeaponSystems; Norfolk; Gary Cooke] Sources
The turret is a compact two-man aluminum turret mounting the 76 mm gun and coaxial machine gun. Manual traverse and elevation appear consistently in technical references. This simplified the vehicle and saved weight, but limited rapid engagement compared with stabilized power-laid tank guns. [WeaponSystems; ArmyRecognition 2026] Sources
Protection was deliberately limited. Several sources describe all-around protection against small-arms fire and shell splinters, with the frontal arc commonly described as resistant to 14.5 mm projectiles. Sources
The standard FV101 used the 76 mm L23A1 low-velocity rifled gun. It was suited to high-explosive, HESH, smoke, and canister ammunition, making it useful for fire support and reconnaissance fighting rather than anti-MBT duels. The Scorpion 90 replaced the 76 mm weapon with a 90 mm Cockerill gun for export/upgrade markets. [WeaponSystems; Norfolk; Gary Cooke] Sources
A 7.62 mm coaxial machine gun was fitted. Source designations vary between L8A1, L43A1/MAG, L37A2, and generic GPMG labels; these differences reflect source shorthand, national terminology, and possible fit changes. Published accounts describe “coaxial 7.62 mm MAG/GPMG family weapon” as the safest general statement unless variant-specific documentation is available. [WeaponSystems; Gary Cooke; Norfolk; ArmyRecognition 2026] Sources
Typical 76 mm capacity is reported as 40 rounds. Machine-gun ammunition varies by source: 3,000 and 3,600 rounds are both reported. The practical ammunition set centered on HE, HESH, smoke, and canister rather than armor-piercing fin-stabilized anti-tank rounds. [WeaponSystems; Gary Cooke; Norfolk] Sources
The original vehicle was simple by tank standards: manual traverse/elevation and no main-gun stabilization. Technical sources report a laser rangefinder and infrared/searchlight or day/night sighting arrangements, with later upgrades adding improved sights and thermal channels. [Gary Cooke; WeaponSystems; ArmyRecognition 2026] Sources
Night-fighting capability mattered in Scorpion’s reputation. Falklands sources emphasize the utility of Scorpion/Scimitar night sights at Wireless Ridge. Standard and upgraded sights varied by period and operator; exact model allocations remain configuration-specific. [British Army Review 173; NAM Falklands; Gary Cooke] Sources
Early British vehicles are usually associated with the Jaguar J60 4.2-liter six-cylinder petrol engine and TN15/TN15X transmission, around 190 hp. Original and upgraded vehicles had different engine installations. [WeaponSystems; Norfolk; Gary Cooke] Sources
Suspension was torsion-bar, with five road wheels per side. The light chassis produced low ground pressure, which helped the vehicle in soft terrain and contributed to its good performance in Falklands boggy ground. [Gary Cooke; Norfolk; British Army Review 173] Sources
Road speed is commonly around 80 km/h (50 mph), with range around 640–650 km. It could swim with a flotation screen and preparation, propelled through water by its tracks. High mobility, not armor, was the vehicle’s defense and strategic selling point. [WeaponSystems; Gary Cooke; Norfolk] Sources
The three-man crew reduced vehicle size but concentrated workload. The commander had to command, observe, and help direct engagements; the gunner worked a manually laid gun; and the driver operated from a compact front station. Export and upgrade users improved seats, controls, communications, and survivability to varying degrees. [WeaponSystems; GOV Scimitar 2011] Sources
CVR(T) was a reconnaissance system, so radios were central. Early and later British fits changed across Larkspur, Clansman, Bowman-era and theater-specific upgrades; open-source summaries generally describe radio/intercom systems rather than giving stable vehicle-by-vehicle equipment. Later Afghan-era CVR(T) upgrades included improved communications. [ArmyRecognition 2026; GOV Scimitar 2011] Sources
Standard references list NBC protection and smoke grenade dischargers. Smoke-launcher counts differ: some sources say four launchers each side, while WeaponSystems describes 2x4 66 mm smoke launchers and another text line says six total. Published accounts describe “smoke discharger banks on turret sides” unless exact launcher count is required. [Gary Cooke; WeaponSystems; Norfolk] Sources
The vehicle’s automotive simplicity, shared family components, and light weight aided maintainability. The petrol engine and aluminum structure, however, imposed their own limitations, and later operators often dieselized fleets for reliability, fuel economy, and logistics. British Afghan-era family upgrades show how far the CVR(T) chassis could be reworked, though those upgrades primarily applied to Scimitar, Spartan, Samson, Sultan, and Samaritan rather than the retired UK FV101. [Norfolk; GOV Scimitar 2011; RBSL] Sources
The key weaknesses were modest protection, limited anti-tank performance, manual unstabilized gun handling, cramped crew stations, and vulnerability to mines/IEDs by modern standards. Its very strength—low weight—meant it could not absorb threats expected of heavier armored fighting vehicles. [WeaponSystems; GOV Scimitar 2011; Commons Library Ajax] Sources
Later Scorpion vehicles and export upgrades used several diesel installations, including Cummins BTA 5.9-liter engines; one cited account identifies a Perkins diesel for a particular configuration. Sources
Production, operators, and combat record
Alvis Vehicles in Coventry was the principal producer of FV101 and the CVR(T) family. Production began after the 1967–1970 development and prototype period and continued through the 1970s and into the late Cold War for domestic and export markets. WeaponSystems summarizes FV101 production as 1972 to the late 1980s, with prototypes in 1969–1970. Published accounts describe the broader family production/end range as 1972–1990s. [WeaponSystems] Sources
The vehicle’s industrial logic rested on family commonality. A single light tracked chassis concept allowed the British Army and export users to buy reconnaissance gun vehicles, missile carriers, APCs, ambulances, command posts, and recovery vehicles with shared mechanical features. This also supported long service life because spares, rebuilds, and upgrades could be spread across more than one variant. [RBSL; GOV Scimitar 2011] Sources
The main production uncertainty is the difference between FV101-only counts and whole-CVR(T) family counts. Norfolk Tank Museum states that over 3,000 were produced while describing Scorpion as the lead fire-support type. Sources
No reliable open yearly or monthly production series was found in the sources in the cited record. Cost data was also not recovered in a form suitable for citation. Sources
The original operator was the United Kingdom, including British Army reconnaissance units and RAF Regiment use. Published accounts describe UK service start as 1972 and retirement as “1990s/2000s retired,” while multiple secondary sources place FV101 Scorpion’s British Army withdrawal in 1994. The wider CVR(T) family stayed in UK service much longer, especially Scimitar, Spartan, Sultan, Samaritan, and Samson. [Norfolk; ArmyRecognition 2026; RBSL] Sources
RBSL currently describes Scorpion as export-only and notes that 76 mm and 90 mm Scorpion variants remain in service with overseas customers. This is useful manufacturer-lineage evidence but is not established as a country-by-country order of battle. Current operator status requires IISS Military Balance, official defense ministry releases, or recent imagery/contract evidence for each country. [RBSL; ArmyRecognition 2026] Sources
Known and reported users include the United Kingdom, Belgium, Iran, Jordan, Nigeria, Oman, Malaysia, Philippines, Spain, Venezuela, Botswana, Brunei, Chile, Indonesia, Ireland, Thailand, United Arab Emirates, Honduras, Tanzania, Togo, and New Zealand. Some are historical operators; some have retired fleets; and some may retain vehicles in reserve, training, static display, or recommissioned small numbers. [ArmyRecognition 2026; WeaponSystems; Norfolk] Sources
Training use and retirement varied. Britain’s FV101 withdrawal did not end CVR(T) service: Scimitar Mk 2 and other family vehicles were upgraded for Afghanistan and remained in the replacement debate surrounding Ajax. The UK government’s 2025 Ajax announcement states that Ajax is a family of 589 vehicles and says it replaces CVR(T), which first entered service in 1971. [GOV Scimitar 2011; GOV AJAX 2025; Commons Library Ajax] Sources
Falklands War, 1982. The clearest combat narrative in the sources is the Falklands. IWM identifies an FV101 Scorpion of B Squadron, Blues and Royals, and notes that its light footprint enabled operation over rough Falklands terrain. IWM’s summary of Falklands imagery says the Scorpion and Scimitar troops were among the only British armored vehicles in the campaign, with four Scorpions, four Scimitars, and one Samson present. [IWM FKD 167; IWM Falklands photos] Sources
Wireless Ridge was Scorpion’s best-known tactical moment. The National Army Museum states that 2 Para had fire support including HMS Ambuscade, two 105 mm batteries, two Scorpions, two Scimitars, mortars, and special-forces diversionary raids. It says the tanks’ night sights were useful for picking out Argentine positions and that tanks fired onto the second position. British Army Review 173 makes the broader doctrinal point that CVR(T) was under-used until Wireless Ridge and Mount Tumbledown diversionary actions, largely because infantry brigades had not trained routinely with CVR(T). [NAM Falklands; British Army Review 173] Sources
The Falklands lesson is not that Scorpion was a miniature MBT. It is that a light tracked reconnaissance vehicle could bring night optics, mobility, and direct fire to infantry in terrain that defeated many heavier or wheeled solutions. British Army Review’s early-lessons material also says Scorpion and Scimitar performed very well in boggy conditions and covered an average of 350 miles each, with examples of vehicles surviving near shell bursts or mine damage while crews survived. [British Army Review 173] Sources
Gulf War, 1991. Public-domain U.S. DoD imagery shows a Scorpion reconnaissance vehicle of a British formation advancing east into Kuwait from southern Iraq on 28 February 1991. This confirms at least operational presence and use in the Gulf War environment. Sources
Other combat/service claims. Open-source summaries list Iran-Iraq War use and other domestic or border-security episodes for export users. These are plausible, but Published accounts describe them as uncertain unless supported by country-specific official records, after-action reporting, or multiple independent histories. [ArmyRecognition 2026; ArmyRecognition Philippines] Sources
Strengths in combat: low ground pressure, speed, small silhouette, night sights, smoke, and a gun useful against infantry positions and light vehicles. Weaknesses in combat: very limited protection against mines, artillery fragments at close range, tank guns, modern autocannon, and anti-armor missiles; limited anti-MBT lethality; and tactical underuse when infantry commanders did not understand armored reconnaissance capabilities. [British Army Review 173; GOV Scimitar 2011; WeaponSystems] Sources
Scorpion quantities vary with the definition used. WeaponSystems gives 1,241, while other narrow gun-vehicle estimates range around 1,200–1,500. A total exceeding 3,000 generally describes the wider CVR(T) family rather than FV101 Scorpion tanks alone. Sources
Legacy and historical evidence
The fairest comparisons are with reconnaissance and light fire-support vehicles, not with Chieftain, T-72, or other MBTs. Scorpion’s battlefield value came from being where heavy armor was unavailable, too conspicuous, or too hard to deploy. Sources
Scorpion’s low weight and soft-ground mobility suited reconnaissance and expeditionary operations. Its gun could suppress positions and engage light vehicles, but its protection against small arms and splinters was inadequate for a main-battle-tank role. Family commonality supported production and maintenance; later diesel conversions addressed limitations of the original petrol installation. Effective employment depended on liaison, training, and support rather than mobility alone. [British Army Review 173; RBSL; GOV Scimitar 2011] Sources
Scorpion’s legacy is inseparable from the CVR(T) family. It helped prove that a light tracked family could give reconnaissance units mobility, modular roles, and enough firepower to influence infantry engagements. The family remained useful long after FV101 itself left British Army service, especially through Scimitar and specialist variants. [RBSL; GOV Scimitar 2011] Sources
The vehicle influenced later thinking about deployable reconnaissance platforms: small crews, advanced sensors, mobility, and networked reconnaissance mattered as much as cannon size. Ajax is the modern British replacement lineage in function, though not a direct design descendant. The 2025 UK government Ajax article describes a 589-vehicle family with six variants, 40 mm CT cannon, digital sensors, and reconnaissance capability, explicitly replacing CVR(T). [GOV AJAX 2025; Commons Library Ajax] Sources
Surviving vehicles are common in museums and private collections because Scorpion was exported widely, relatively compact, and visually distinctive. Examples include Bovington/Tank Museum imagery, Norfolk Tank Museum’s CVRT Scorpion, the Army Museum in Brussels, and Belgian archival images. Museum displays may include modifications, missing equipment, non-original paint, demilitarized guns, or static preservation compromises. [Norfolk; Wikimedia Bovington; Wikimedia Brussels; Wikimedia Belgium] Sources
Modern reputation is divided. Enthusiasts emphasize speed, “fastest production tank” claims, and Falklands mobility. Skeptics correctly note that it was too lightly armored and underarmed for tank duels. Scorpion was primarily a reconnaissance and fire-support vehicle rather than a substitute for a main battle tank. [WeaponSystems; MoD FV list; British Army Review 173] Sources
Common misconceptions: first, that all 3,000+ vehicles were FV101 Scorpions; second, that it was designed to fight Soviet MBTs frontally; third, that Scorpion and Scimitar are interchangeable names; fourth, that modern French “SCORPION” terminology is related; and fifth, that museum photos necessarily show a fully original service configuration. Sources
Official sources are strongest for FV-number nomenclature, Falklands lessons, Ajax replacement, and Afghan-era family upgrades. Museum and technical-reference sources are useful for specifications but sometimes compress whole-family and FV101-only production numbers. Sources
Disputed production totals: use “~3,000+ CVR(T) family” for family-level statements, “well over 1,200 / 1,241 Scorpion” as a conservative FV101-focused statement, and avoid “3,000 FV101 Scorpions” unless a primary production source confirms the definition. [WeaponSystems; Norfolk] Sources
Disputed designations: FV101 is Scorpion; FV107 is Scimitar; FV102 is Striker; FV103 is Spartan. “CVR(T)” is the family. “Scorpion 90” is an export/up-gunned variant, not a new base family in the available accounts. [MoD FV list] Sources
Disputed service dates: 1971 is a CVR(T) family first-service date in the 2025 GOV.UK Ajax article; 1972 appears in the available accounts and Gary Cooke’s technical data; 1973 appears in WeaponSystems, Norfolk, and ArmyRecognition for Scorpion service. Published accounts describe 1967 for research start, early 1970s for production/service entry, and 1973 for first British Army FV101 operational service when a single year is needed. [GOV AJAX 2025; Gary Cooke; WeaponSystems; Norfolk; ArmyRecognition 2026] Sources
Photographs and image credits
Background reading and references. Each photograph has its own source and credit.
Sources and further reading
Background reading and references. Each photograph has its own source and credit.
- MoD FV list. UK Ministry of Defence, “List of FV numbers and type of vehicle,” FOI2015/08512 annex, 22 October 2015, accessed 2 June 2026
- WeaponSystems. WeaponSystems.net, “Scorpion — FV101 / CVR(T),”, accessed 2 June 2026
- Gary Cooke. Gary W. Cooke, “FV101 Scorpion Combat Vehicle Reconnaissance (Tracked),” Gary’s Combat Vehicle Reference Guide, accessed 2 June 2026
- Norfolk. Norfolk Tank Museum, “CVRT Scorpion FV101,”, accessed 2 June 2026
- RBSL. Rheinmetall, “CVR(T) — Reconnaissance Vehicle,” Rheinmetall BAE Systems Land, accessed 2 June 2026
- GOV AJAX 2025. UK Government, “Thousands of British workers deliver world-class armoured fighting vehicle to the British Army,” 6 November 2025, accessed 2 June 2026
- GOV Scimitar 2011. UK Government, “Soldiers survive IED strike thanks to Scimitar,” 8 November 2011, accessed 2 June 2026
- Commons Library Ajax. Claire Mills, “Ajax: The British Army’s troubled armoured vehicle programme,” House of Commons Library Research Briefing CBP-9764, 31 March 2023, accessed 2 June 2026
- British Army Review 173. British Army Review, No. 173, Autumn 2018, “Falklands” special section, accessed 2 June 2026
- NAM Falklands. National Army Museum, “The British Army and the Falklands War,”, accessed 2 June 2026
- IWM FKD 167. Imperial War Museums, object FKD 167, “FV101 Scorpion light tank of B Squadron, Blues and Royals,”, accessed 2 June 2026
- IWM Falklands photos. Imperial War Museums, “30 Photographs From The Falklands War,”, accessed 2 June 2026
- ArmyRecognition 2026. Army Recognition, “FV101 Scorpion CVRT,” updated 1 May 2026, accessed 2 June 2026
- ArmyRecognition Philippines. Army Recognition, “Philippine Army recommissions Scorpion FV101 CVRT light reconnaissance for training missions,” archived 2024/updated 2025, accessed 2 June 2026
- Wikimedia Bovington. Wikimedia Commons, “File:CVR(T) FV101 Scorpion.jpg,” author Makizox, 6 August 2017, CC BY-SA 4.0, accessed 2 June 2026
- Wikimedia Iraq. Wikimedia Commons, “File:FV101 Scorpion Iraq 1991.jpg,” PHC Holmes, U.S. Department of Defense image DNST9207965, 28 February 1991, public domain, accessed 2 June 2026
- Wikimedia Brussels. Wikimedia Commons, “File:FV101 Scorpion Megapixie.jpg,” author Megapixie, public domain release, accessed 2 June 2026
- Wikimedia Belgium. Wikimedia Commons, “File:CVRT Scorpion tank van de Belgische pantserinfanteriebrigade Bevrijding,” source NIMH beeldbank / Dutch Ministry of Defence, between 1970 and 1980, free reuse permission, accessed 2 June 2026
See Armor in Person
This vehicle family is connected to 2 verified museums through 2 documented display records.