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| LAV 6 | |
|---|---|
| Name | LAV 6 |
| Origin | Canada |
| Type | Wheeled armoured vehicle |
| Service | 2016–present |
| Used by | Canadian Army |
| Designer | General Dynamics Land Systems |
| Manufacturer | General Dynamics Land Systems — Canada |
| Production date | 2014–present |
| Number | 550 (planned) |
| Weight | ~29,500 kg |
| Length | 8.0 m |
| Width | 2.7 m |
| Height | 3.2 m |
| Crew | 3 + 8 passengers |
| Armament | 25 mm M242 Bushmaster, 7.62 mm co-axial machine gun, Spike LR ATGW option |
| Engine | Caterpillar C9 diesel |
| Speed | 100 km/h |
LAV 6 The LAV 6 is a Canadian eight-wheeled armoured fighting vehicle developed for and procured by the Canadian Army, representing an evolution of earlier wheeled platforms. The vehicle integrates modular protection, digital situational awareness, and improved mobility, and has been fielded to replace legacy fleets in armoured reconnaissance and infantry transport roles. The program intersects procurement choices with industrial partnerships and interoperability efforts involving NATO, and has appeared in domestic and expeditionary deployments.
The LAV 6 project originated from Canadian Defence Policy deliberations and was executed by General Dynamics Land Systems — Canada in concert with procurement agencies such as the Department of National Defence and Public Services and Procurement Canada, following requirements influenced by lessons from operations like the War in Afghanistan and NATO expeditionary commitments. Contract milestones linked to the Irving Shipbuilding and Bombardier industrial base and offset arrangements involved Canadian innovation networks and supply chains drawn from companies like Pratt & Whitney Canada, Raytheon Canada, and CAE. Procurement decisions referenced interoperability standards familiar to allies including the United States Army, British Army, and Australian Defence Force, and were shaped by parliamentary review and fiscal frameworks tracing to budgets debated in the Parliament of Canada and defence policy reviews influenced by the North Atlantic Treaty Organization.
The platform builds on the lineage of eight-wheeled combat vehicles designed by General Dynamics, featuring modular armour packages, a Caterpillar C9 diesel powertrain, an Allison transmission, independent hydropneumatic suspension, and a digital architecture compatible with battle management systems used by NATO units and United States Marine Corps formations. Protection levels incorporate add-on composite and applique armour to counter threats documented in after-action reports from Kandahar and Basra, blast-mitigating seating derived from research by Defence Research and Development Canada, and mine protection standards informed by STANAG thresholds used by Bundeswehr and French Army engineers. The turret integrates a 25 mm M242 Bushmaster chain gun and a co-axial 7.62 mm machine gun, with provisions for Spike LR anti-tank guided weapons or Javelin integration similar to configurations fielded by Israeli Defence Forces and Polish Land Forces. Mobility figures mirror requirements used by armies in Germany, Italy, and Spain for strategic road and rail movement under doctrines shaped by exercises such as Trident Juncture and Exercise Ultimate Endeavour.
The family includes troop transport, command post, reconnaissance, engineer, ambulance, and mobile repair variants, paralleling variant portfolios employed by British Army and United States Army Stryker brigades, and echoing modular approaches from Swedish and Dutch armoured vehicle programs. Specialized modifications have been developed for signals, electronic warfare, and battlefield management roles drawing on subsystem suppliers with histories supplying the Israeli Ministry of Defense and NATO communication suites. Amphibious and recovery adaptations reflect lessons learned from Canadian deployments alongside Norwegian and Danish contingents, while armour and weapon station options allow alignment with doctrines practiced by the Australian Army and Singapore Armed Forces.
The vehicle entered service with Canadian Army regiments replacing legacy fleets formerly based on models procured during the Cold War and post-Cold War era, deploying on domestic operations in support of the Royal Canadian Mounted Police and in international missions consistent with commitments alongside United States, British, and French forces. Training and fielding emphasized interoperability with NATO rapid reaction forces, participation in multinational exercises such as Maple Resolve and REFORGER-derived training evolutions, and adaptations based on operational feedback from theatres where coalition members including Germany and Italy have operated similar wheeled armoured platforms.
Performance assessments reference trials and user feedback addressing mobility on unprepared routes, cross-country manoeuvre comparable to Stryker and Boxer classes, and survivability against small-arms and improvised explosive threats studied by NATO armour development centers and universities such as Cranfield and Royal Military College of Canada. Survivability features combine add-on armour, spall liners, and blast-energy management echoing designs fielded by Israeli Defence Forces, United States Marine Corps, and British Army programs; assessments by independent test agencies and in-service incident reports have guided iterative protection upgrades analogous to those implemented for vehicle fleets operated by Sweden and Norway.
Primary operator is the Canadian Army with formation-level distribution to mechanized infantry regiments and reconnaissance units, aligned with domestic reserve units and national taskings coordinated through National Defence headquarters and provincial emergency response chains. Potential interest and trials by allied forces have been noted in procurement discussions involving the United States, United Kingdom, and several NATO partners, reflecting export and interoperability conversations similar to those surrounding platforms from Patria and Rheinmetall.
Planned upgrades encompass sensor suite enhancements, integration of active protection systems inspired by units fielding Trophy and Iron Fist, networking improvements to work with allied battle management systems used by NATO and US Joint forces, and powertrain and mobility refinements reflecting industrial roadmaps from General Dynamics, Rolls-Royce, and SKF suppliers. Future modernization timelines align with force structure reviews conducted by the Canadian Armed Forces and cooperative modernization initiatives observed in allied procurement programs and multinational capability development projects.
Category:Armoured fighting vehicles of Canada Category:Wheeled armoured fighting vehicles Category:Post–Cold War weapons of Canada