Bison and Coyote armoured vehicles

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(Redirected from
Coyote Reconnaissance Vehicle
)
Coyotes from the 12e Régiment blindé du Canada

The

It is based on the Mowag Piranha 8x8.[3]

Bison vehicles have been used to a lesser extent by the

US National Guard.[4]

Bison

Bison
Type
War on Terror

War in Afghanistan (2001–2021)

Yugoslav Wars (1991-2001)

United Nations Operation in Somalia II (1993-1995)

Gulf War (1990-1991)

Oka Crisis (1990)
Production history
DesignerGeneral Motors Diesel
Designed1988
ManufacturerDiesel Division General Motors Canada
Produced
  • 1988 (prototype)
  • 1989 (regular production)
No. built199
VariantsPersonnel Carrier, Field Ambulance, 81mm Mortar Carrier, Command Post, Maintenance and Recovery Vehicle, Electronic Warfare Vehicle, Mobile Repair Team Vehicle, Air Space Coordination Centre Vehicle, Reconnaissance Vehicle[5][6]
Specifications
Mass13 t (14 short tons)
Length6.5 m (21 ft)
Width2.6 m (8.5 ft)
Height2.6 m (8.5 ft)
Crew2 (driver & commander) + 8 passengers

Main
armament
1 × C6 7.62mm machine gun (pintle)
EngineDetroit Diesel 6V53T two-cycle turbo-charged diesel
275 hp
TransmissionAllison 5-speed MT653
Suspension8x8
Operational
range
650 km (400 mi)
Maximum speed 100 km/h (62 mph) (land)
10 km/h (5.4 kn) (water)

The Bison is an armoured personnel carrier that has been in active service since 1990, built by Diesel Division General Motors Canada.[7][6]

They were purchased and intended for operation by the

Land Force Command, leaving the armoured Reserve units with unarmed Iltis jeeps.[8][7][6]

Origins

Land Force Command began looking for a new armoured personnel carrier to equip the Canadian Forces Reserves, after the release of the 1987 Defence White Paper by the then recently appointed

M113 series, which the Canadian Forces were already using in the form of M113A1s and M113A2s.[6]

The original plan for these 200 M113A3s was to have the vehicles manufactured in the United States with some parts produced locally in Canada to fulfil Canadian content requirements for Canadian Forces procurement.[7] At the same time, Diesel Division General Motors Canada (DDGM) was nearing completion of LAV-25 production for the United States Marine Corps and was facing the potential of having empty production lines for a year at the Ontario Plant, as they had no additional contracts until 1990 and considered shutting down the plant during that time.[7][6]

During this time a small team of salesmen and engineers heard about the army program and thought they had a chance to scoop up the contract and supply a vehicle based on the LAV II chassis with the idea that the vehicle would be better suited to the intended reservist role over the M113A3 due to being wheeled compared to the tracked M113 APC, as the vehicles would likely do a large amount of their movement by road within Canada as well as the cheaper operation costs of using a wheeled vehicle for the Reserves.[7]

Design, prototype and procurement

To convince Land Force Command to purchase the vehicle, two engineers from DDGM began to design the vehicle by working on a small scale model of the LAV II chassis. They cut off the troop compartment and added a large box on the rear half of the vehicle, which increased internal capacity. They replaced the two doors previously used for the troop compartment with a ramp similar to the style found on the M113. This small scale model was then shown to Dallaire, who was not interested in the proposal and continued to support the

M113A3 acquisition.[7]

At this point DDGM decided to begin flexing lobbying muscles in 1988 to get the Canadian government to consider the vehicle more seriously. DDGM secured the support of

Canadian Forces Base Borden for Armed Forces Day on June 5, 1988, as both Dallaire and Beatty would be attending the event.[7]

The engineers had little time to spare to produce a prototype of the vehicle, and began by starting with a LAV-25 that had been used in tests to judge if the LAV-25 could be airdropped from transport aircraft. Similar to the small scale model, they began by cutting off the troop compartment while keeping the suspension, drive-train, and front half of the vehicle intact. The cut-off area was cut piece by piece and then welded together to create a box on the rear half of the vehicle and was then fitted with a ramp. The turret ring was then replaced with a large folding roof hatch. A raised commander cupola was added on the front left of the vehicle behind the driver.[7]

The entire process to produce the prototype took eight days, after which the "Bison", as named by DDGM, was assembled, painted and ready to be shown. It was driven up to CFB Borden and was presented during the parade on Armed Forces Day. It was considered to be a success, with Beatty coming on board with the idea, but stating that he would not force the army's hand to purchase the Bison over the M113A3.[7]

While the prototype had seemingly won over Beatty, Colonel Dallaire was not convinced and continued to support the M113A3 acquisition, which caused DDGM to send a lobbyist to Ottawa to work on him, making largely the same arguments as DDGM had before, that the Bison would be more cost efficient for operation by the reservists over the tracked M113A3, that the Bison did not face the same restriction for use on roads as the tracked M113, and that the Regular Force would simply reacquisition new M113s, possibly implying that DDGM likely knew that the Regular Force would appropriate the new vehicles for their own use, as they later did with the Bison. Although Colonel Dallaire did not budge, the army sidestepped him and decided to purchase the Bison in July 1989 in the form of 149 "Bison" armoured personnel carriers, 18 "Bison CP" command posts, 16 "Wolf" 81 mm mortar carriers and 16 "MRV Bison" maintenance and recovery vehicles.[7][6]

The Bison production version differs from the baseline LAV-25 by raising the height of the roof, removing the turret ring, placing a commander's cupola behind the driver, and incorporating a rail mount system in the cargo/passenger compartment to quickly change mission specific equipment. The driver is seated in the front-left of the crew compartment. The commander has a slightly raised position directly behind the driver with access to his own hatch and mounted machine gun. The engine is to the right of the crew compartment.

The Canadian Forces began upgrading the Bison between 2002 and 2008. The upgrades include improved engine power, new

nuclear, biological and chemical (NBC) defence.[9]

Variants

The Bison's rail-mount system allows it to be adapted to a variety of roles without any major modifications. Bisons used by the

electronic warfare vehicles (25), engineer vehicles equipped with hydraulic tools and NBC reconnaissance vehicles (4).[7][6]

Legacy and operational history

The Bison is described by Peter Kasurak as being the first step on the road to the transformation of the Canadian Forces, moving away from primarily tracked armoured vehicles towards wheeled armoured vehicles, setting a trend that is still prevalent.[6] The Bison was seen during various high-profile events during the 1990s and 2000s and is often associated with those periods and conflicts.[7]

It was seen by the public and used by Canadian Forces during the

War on Terror.[7]

Operators

As of July 2009, the number of Bison vehicles in use were

Coyote

Coyote Reconnaissance Vehicle
grenade launchers
(2 × cluster of 4)
EngineDetroit Diesel 6V53T
275hp
Suspension8×8 wheeled, 4× drive
Operational
range
660 km
Maximum speed 100 km/h

The Coyote has been in service since 1996 for use in the light reconnaissance scout role. It was initially used in the role of medium tank trainer within armoured cavalry squadrons in the same way as the AVGP Cougar it replaced.[10]

Origins

The Coyote Reconnaissance Vehicle is a non-

armoured reconnaissance vehicle based on the design of the LAV-25 and the MOWAG Piranha II. The Canadian Forces ordered 203 of the vehicles in 1993 to replace the Lynx reconnaissance vehicle. All were delivered and entered service by 1996.[11][12][13] The Coyote originally came in three variants: the "Mast" variant with a mast-mounted surveillance system, a variant with a remote surveillance suite, and a basic reconnaissance/command post variant.[11][14][15]

Armament

The Coyote mounts a 25×137mm

mounted coaxial to the main gun while the other is pintle-mounted in front of the crew commander's hatch.[12]

The main gun is equipped with dual ammunition feeds that allow for separate weapons effects, selectable by the gunner/crew commander. The standard load is a belt of

armour-piercing sabot rounds and a belt of HE-T explosive/fragmentation rounds. The main gun and coax machine gun are 2-axis stabilized. The turret is equipped with a laser rangefinder, but no ballistic computer. Elevation and lead corrections are applied manually by the gunner using multi-stadia reticules in the day, thermal, and image intensification sights.[citation needed
]

Protection

The standard armour of the Coyote protects against small arms fire, anti-personnel mines, and shrapnel, with add-on armour kits able to protect against larger projectiles.

nuclear, biological, and chemical (NBC) weapons, consisting of a GID-3 chemical detector and an AN/VDR-2 radiation monitor. Each vehicle is equipped with an NBC ventilated respirator system.[13]

Sensors

The mast-mounted surveillance variants are equipped with a mast-mounted surveillance system that can be raised to 10 meters above the ground.[13] This system includes the AN/PPS-5C MSTAR Version 3 surface surveillance radar and an electro-optical/infrared surveillance system with a long-range video camera and laser rangefinder.[16] The remote surveillance variant consists of two tripod-mounted systems capable of being deployed up to 200 meters away from the vehicle. The surveillance systems can detect tank-sized targets at up to 12 kilometres away, and large truck-sized targets at up to 24 kilometres. In good conditions the visual surveillance system can detect personnel up to 20 kilometres away.[12]

Mobility

The Coyote is powered by a Detroit Diesel 6V53T engine developing 275 horsepower (205 kW), and can reach speeds of 100 kilometres per hour (62 mph) on road. The Coyote has a maximum road range of 660 kilometres (410 mi). Each vehicle is equipped with a tactical navigation system that includes a GPS receiver, a digital compass system, and a backup dead-reckoning system.[citation needed]

A 15-tonne capacity hydraulic winch is fitted to every vehicle to aid in self-recovery.

Hercules C-130 aircraft when the turret is removed.[17]

Variants

Coyotes come in three variants: Command, Mast, and Remote. The Mast and Remote variants have a sophisticated suite of electronic surveillance equipment including

night vision devices
. The mast variant has this equipment mounted on a 10-metre telescoping mast that can be extended to raise the surveillance suite out from behind cover. The remote variant of the Coyote has its surveillance suite mounted on two short tripods, which crew can deploy remotely using a 200-metre spool of cable.

When first purchased, the Coyote was designated for service with both the Regular Force and Reserve Force, with the Mast variants earmarked for the Regular units and the Remotes designated for the Reserves. Shortly after taking delivery of the vehicles, but before they were assigned to the Reserve units, all Coyotes were reassigned to the Regular Force.[citation needed]

Service history

Since the introduction of the Coyote to the Canadian Armed Forces, the vehicle has been used domestically and abroad. The Coyote was deployed during the

G-20 Toronto summit,[18][19] in addition to a number of domestic emergency response incidents. As of 2015–2022, the Coyote was in the midst of a planned retirement and being replaced by a mix of TAPV and LAV VI armoured vehicles.[20][21]

See also

  • LAV III – Canadian infantry fighting vehicle. Replaced the Bison in many roles.

References

  1. ^ "Exploring the Coyote". Department of National Defence. Archived from the original on 2 October 2007. Retrieved 18 September 2008.
  2. ^ "Vetronics Engineering". General Dynamics Canada. Archived from the original on 29 April 2008. Retrieved 18 September 2008.
  3. ^ Maas, Frank (Spring 2011). The Success of the Light Armoured Vehicle (PDF). Canadian Military History, Volume 20, No. 2 (Report). Archived (PDF) from the original on 8 August 2020. Retrieved 8 August 2020.
  4. ^ a b c d "Bison Armoured Personnel Carrier". Military-Today.com. Retrieved 24 July 2009.
  5. ^ "Canadian Army Forces Bison Page". www.army-armee.forces.gc.ca/. 24 June 2013. Archived from the original on 6 May 2021. Retrieved 30 March 2022.
  6. ^ . Retrieved 30 March 2022.
  7. ^ a b c d e f g h i j k l m n "Canadian Army procurement of the Bison". canadianmilitaryhistory.ca. Archived from the original on 21 October 2020. Retrieved 30 March 2022.
  8. ^ "Bison Mobile Repair Team vehicle delivered to CF" (Press release). Department of National Defence (Canada). 26 May 2009. Retrieved 27 July 2009.[permanent dead link]
  9. ^ "Canadian Army > Bison Armoured Vehicle". Department of National Defence (Canada). Retrieved 24 July 2009.[permanent dead link]
  10. .
  11. ^ a b Maas, Frank (Spring 2011). "The Success of the Light Armoured Vehicle" (PDF). Canadian Military History, Volume 20, No. 2. Archived (PDF) from the original on 8 August 2020. Retrieved 8 August 2020.
  12. ^ a b c "Coyote Armored Reconnaissance Vehicle | Military-Today.com". www.military-today.com. Archived from the original on 8 August 2020. Retrieved 9 August 2020.
  13. ^ a b c d e "Exploring the Coyote". Department of National Defence. Archived from the original on 2 October 2007. Retrieved 18 September 2008.
  14. ^ a b "Coyote LAV (Light Armored Vehicle) 8-Wheeled Battlefield Reconnaissance Vehicle". www.militaryfactory.com. Retrieved 9 August 2020.
  15. ^ a b Government of Canada, National Defence (8 March 2013). "Coyote Armoured Patrol Vehicle | Canadian Army". www.army-armee.forces.gc.ca. Retrieved 9 August 2020.
  16. ^ "Canada orders ground surveillance radars". www.militaryaerospace.com. 27 July 2005. Retrieved 9 August 2020.
  17. The Fraser Institute. Archived from the original (PDF) on 11 November 2007. Retrieved 29 January 2008.{{cite news}}: CS1 maint: multiple names: authors list (link
    )
  18. ^ Barr, Colonel David. "The Kananaskis G8 Summit: A Case Study in Interagency Cooperation". Canadian Military Journal, 14 July 2008. Retrieved: 5 June 2010.
  19. ^ Barr, Colonel David."Mosquitoes could be Huntsville weapon against protesters". Toronto Star, 22 June 2010. Retrieved: 23 June 2010.
  20. ^ "Light Armoured Vehicle Reconnaissance Surveillance System (LRSS)". Government of Canada. 1 February 2015.
  21. ^ "Tactical armoured patrol vehicle". Department of National Defence. 13 December 2018. Retrieved 18 February 2022.

External links