Armoured engineering variant of a main battle tank
AEV 3 Kodiak
The AEV 3 Kodiak is a Leopard 2 main battle tank (MBT) based armoured engineering vehicle that can be used for a wide variety of battlefield and support roles
welded steel, with a package of spaced multilayer passive composite armour
Main armament
a RCWS (Remote Controlled Weapon Station) with options ranging from 5.56 mm light machine gun to 40 mm grenade launcher can be fitted at the commander's hatch
1,100 litres (242 imperial gallons; 291 US gallons) in interconnected tanks
Operational range
500 km on roads (estimated)
Maximum speed
68km/h (42mph) forward; 31km/h (19mph) reverse
The AEV 3 Kodiak is a Leopard 2 main battle tank (MBT) based armoured engineering vehicle that can be used for a wide variety of battlefield engineering, infrastructure and support roles. These roles can include, but would not be limited to, minefield breaching, route denial, dozing and digging tasks, and the erection or demolition of obstacles. The vehicle was originally developed for a Swiss Army requirement by the consortium of Rheinmetall Landsysteme GmbH (Germany) and RUAG Defence (Switzerland).[1][2][3]
English nomenclature for the vehicle is now AEV 3 Kodiak, while German is Pionierpanzer 3 (PiPz 3) Kodiak. Depending on user or reference source the AEV 3 Kodiak may also be referred to as Gepanzerte Pioniermaschine Kodiak, AEBV (Armoured Engineering and Breaching Vehicle), Armoured Engineer Vehicle 3 Kodiak, Ingenjörbandvagn 120, or the L2-AEV.[1][3][2]
Development
Development of the AEV 3 Kodiak traces back to 2002 and the Swiss Army's Armoured Engineer Vehicle 3 requirement. As a technology partner of the Swiss Army, RUAG Defence entered into a consortium with Rheinmetall Landsysteme, Rheinmetall (with Krauss-Maffei Wegmann) joint-manufacturers of the Leopard 2 main battle tank (MBT) on which the AEV 3 Kodiak is based. The name Kodiak was adopted for the Armoured Engineer Vehicle 3 during development for future marketing purposes only.[1][3]
The first Armoured Engineer Vehicle 3 prototype for the Swiss Army was constructed using company funds and was based on a surplus Swiss Army Leopard 2 MBT, the Leopard 2 designated Panzer 87 by the Swiss. In the summer of 2003 the prototype underwent two months of trials with the Swiss Army, and during 2004 it was shown at the Eurosatory defence exhibition in Paris. Following this showing the prototype underwent a series of trials with Leopard 2 MBT users Denmark, the Netherlands, Spain and Sweden. The Swedish trials involved leasing the prototype to the Swedish armed forces procurement agency (FMV, Försvarets materielverk) for winter trials. Following these trials results were shared with the International AEV Coordination Group which had been established to develop some commonality within armoured engineering vehicle requirements and programs. At this juncture the group consisted of Denmark, the Netherlands, Spain, Sweden Switzerland. Spain and Denmark would ultimately leave the group.[1][3]
On 9 January 2007, Rheinmetall announced a Swiss Army contract award for 12 Armoured Engineer Vehicle 3 valued at CHF 95 million (US$76 million). The twelve Leopard 2 chassis used came from Swiss Army stocks with turrets removed and construction occurred in Switzerland. By late 2011 the last example had been delivered and the vehicles are used by the Swiss Army's Panzersappeurbataillon 11.[3]
The next customers for AEV 3 Kodiak would be the Netherlands and Sweden in a joint purchase. Since 2001 and to reduce costs Sweden had attempted collaborations with Switzerland and Denmark without success and in 2005 would commence lone procurement of an armoured engineering vehicle. The Netherlands joined the Swedish project in 2006. On 16 January 2008, Sweden and the Netherlands placed a joint order for 16 vehicles, six for Sweden and ten for the Netherlands. Contract value was around €40 million (Sweden) and €60 million (the Netherlands). Delivery occurred between 2011 and 2012.[1]
Swedish vehicles are known as AEV 3 S (Swedish), or locally as the Ingenjörbandvagn 120, and are based on six Swedish Army Leopard 2 chassis (Stridsvagn 121 in Swedish service) chassis. The chassis were upgraded locally to Stridsvagn 122 standard and then transported to Germany for conversion.[1][3] The Netherlands vehicles are based on Leopard 2A4 chassis. These were overhauled locally before being converted in Germany. In service the Dutch vehicles replaced fourteen Leopard 1 engineering vehicles. Swedish and Dutch vehicles reportedly share 95% commonality with differences limited to camouflage patterns, smoke grenade launchers, and some tools/equipment. The Dutch vehicles do feature a bomblet protection package.[1][3]
Singapore has a total of fourteen AEV 3 Kodiaks (known locally as L2-AEV), these ordered and delivered in between 2014 and 2015. In service these are operated by the 38th Battalion, Singapore Combat Engineers (38 SCE), and replaced the US-built M728 CEV.[1]
The most recent user announced for the AEV 3 Kodiak is the German Bundeswehr. On 12 May 2021 Rheinmetall announced that the Federal Office for Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw) had signed a contract for the manufacture and delivery of a 44 Kodiak, with a gross value of around €295 million. The first example will be produced in 2023, with deliveries to be complete by 2029. The order includes a number of additional support- and training-related services.[4]
Description
The AEV 3 Kodiak typically uses surplus Leopard 2 hulls from existing users, but is available as a new-build vehicle on a current-generation Leopard 2 hull. Generic modifications include the removal of the turret and installation of a completely new fixed superstructure, the installation of a hydraulic mounting for a dozer blade or mine clearing plough, and the installation of a telescopic arm typically fitted with an excavator bucket.[1][2]
Hull structure and layout
The fixed superstructure of the AEV 3 Kodiak is constructed from all-welded steel, the protection level of which is classified, and for which a mine-protection package has been developed. The superstructure features a split air-conditioned crew compartment on the front left and front right of the vehicle. The left compartment is for the driver and an engineer crewman, the right compartment for the commander. The driver has a single-piece rear opening hatch with three integral day periscopes. A camera system with up to six cameras (on the main boom, dozer blade and the front and rear of the vehicle) provide the two- or three-person crew with a panoramic view provides individual situational awareness for the crew.[1][2] If required, the vehicle can be line-of-sight remotely controlled.
Located centrally between the crew compartment at the front of the vehicle is the excavator arm. When not in use this is traversed to the rear and locates between the crew compartment. The excavator arm broadly resembles that of a conventional backhoe loader, but with two pivot points instead of one. The standard excavator bucket has a volume of one cubic meter and, when in continuous use, can move up to 200 cubic meters of earth per hour. The arm has a maximum horizontal reach of 9 meters and a reach of 8.2 meters vertically. The bucket and other tools can be removed/attached from under armour via a quick-coupling device. A range of other tools are available and these include a gripper, a hydraulic hammer, an earth auger, or a fascine launching system.[1] On a rack above the rear engine deck two of these tools may be transported if required. The excavator arm may also be used for lifting items such as logs or fascines, and has a maximum lift capacity of 3.5-tonnes; 2.6-tonnes with the bucket attached.[1][2]
Also mounted at the front of the vehicle is a hydraulically operated tiltable blade, this 3.42 m wide, or 4.02 m with extensions. This can be used for dozing or scraping operations, or to stabilise the vehicle when the winches are being used or the excavator arm is being used for heavy lifting. The blade can also be fitted with two scarifiers for route denial use. As an option, the blade can be removed and replaced with a mine-breaching package that can include a mine plough, a cleared lane marking system and a signature duplicator system to neutralise anti-tank mines fitted with advanced fuzes.[1]
Primarily for obstacle removal, two Rotzler hydraulic nine-tonne variable speed winches are fitted. These have 200 m of usable cable and can operate singularly or together at up to 90 m/minute, and are typically utilised to remove obstacles. The Kodiak can also provide electrical or hydraulic power for external equipment such as work lights and hand tools.[3]
For self-defence, a manually or remotely operated weapon station can be fitted to the AEV 3 Kodiak. Armament options range from a 5.56mm light machine gun to a 40mm grenade launcher. Swedish vehicles are fitted with the Kongsberg Protector Nordic ROWS, armed with a 12.7mm M2 heavy machine gun and includes the Kongsberg VIS 95 day camera with a 95° field of view and the 850nm Kongsberg Infrared Aim Laser. Smoke grenade launchers are also fitted. The AEV 3 Kodiak is fitted with fire detection, suppression and extinguishing systems.[3]
Automotives
The AEV 3 Kodiak shares a common powerplant (the MTU 873 Ka-501) with the Leopard 2 MBT.
In common with the Leopard 2 MBT, the AEV 3 Kodiak is powered by a powerpack assembly consisting of an MTU 873 Ka-501 V-12 diesel coupled to a Renk HSWL 354 transmission. The rear-mounted powerpack weighs 2.59-tonnes (dry) and is designed engine first with transmission to the rear, engine air intakes being above the transmission. In situ the powerpack is divided in two by a waterproof bulkhead, this keeping the front of the assembly dry while the rear floods for cooling when deep fording; the AEV 3 Kodiak can ford to 2.25 m. The complete pack weighs 3,025kg and can be changed in the field in approximately 35 minutes as a single unit.[3][1]
The 47.6-litre MTU 873 Ka-501 develops 1,500 PS (1,479hp, 1,103kW) at 2,600rpm1,500 hp and has a fuel consumption of around 3-litres/km on road and 5-litres/km when operating cross-country. Diesel fuel is stored in internally mounted fuel tanks with a combined capacity of 1,100 litres.[1] Storage is arranged in interconnected tanks, the central 280 and 250 litre tanks being used for refuelling the vehicle. The Renk HSWL 354 transmission provides four forward and two reverse gears. Maximum road speed of the Kodiak is 68km/h, 31km/h in reverse. Maximum range on roads is around 500km.
Electrical power is provided to the vehicle by a 20kW generator mounted to the bottom of the powerpack and powered mechanically from the main drive. The system runs at between 24 V and 28 V with a capacity of up to 400 Ah, divided into a low power circuit of 100 Ah and a high power circuit of 300 Ah. For extreme power usage systems such as engine starting both circuits can be connected. When the engine is not running power is supplied from eight batteries, mounted on each side of the hull at the rear in dedicated compartments that can be accessed from the rear deck. Two 12 V batteries in series provide power to the low power circuit, with four 12 V batteries in three series sets of two each provide power to the high power circuit. Slave starting using a second vehicle in the event of battery failure can be achieved using a connector in the rear of the hull.[3][1] An auxiliary power unit can supply 4.2kW of electricity if required.
Running gear consists of seven dual rubber-tyred road wheels and four rubber-tyred track return rollers on each side, with idler front and drive sprocket to the rear. Road wheel suspension is provided by torsion bar and dampers. The 82-link steel tracks are 635mm wide Diehl 570F and for additional traction, up to 18 of the rubber road pads on each track can be replaced with steel grousers. Vehicle braking is provided by a retarder and two oil cooled disc brakes.[1]
Mobilityparameters include the ability to climb a gradient of at least 60%, and to traverse a side slope of at least 30%. A vertical step of 920mm can be surmounted, and a ditch of 3 m width can be crossed.
Users
A map with AEV 3 Kodiak users in blue
Germany – The AEV 3 Kodiak was Rheinmetall's offer to the German Army in a program to replace its Leopard 1 based Pionierpanzer 2 Dachs armoured engineer vehicle.[1] In April 2021 the decision to procure 44 AEV 3 Kodiak was announced, this confirmed by Rheinmetall on 12 May 2021.[5]
Netherlands – The Netherlands joined the Swedish program for an armoured engineering vehicle in 2006 and in January 2008 a contract valued at around €60 million was placed for ten AEV 3 Kodiak with delivery occurring between 2011 and 2012. Swedish and Dutch vehicles reportedly share 95% commonality.
Singapore – Singapore ordered a total of fourteen AEV 3 Kodiak (known locally as L2-AEV) for delivery between 2014 and 2015. In service these are operated by the 38th Battalion, Singapore Combat Engineers (38 SCE).[1]
Switzerland – The Swiss Army were the launch customer for the AEV 3 Kodiak, the vehicle designed initially for the Swiss requirement. The order for 12 examples was placed on 9 January 2007, this valued at CHF 95 million (US$76 million). By late 2011 the last example had been delivered and the vehicles are used by the Swiss Army's Panzersappeurbataillon 11.
Sweden – Sweden formally launched the requirement that would procure six AEV 3 S (S – Swedish) with the local designation of Ingenjörbandvagn 120 in 2005. In January 2008 a contract valued at around €40 million was placed with delivery occurring between 2011 and 2012. Sweden's purchase was joint with the Netherlands.
Other operators of the Leopard 2 MBT that operate older armoured engineering vehicles (or in some cases no current vehicle of this type) include Austria, Chile, Greece, Indonesia, Poland, Portugal, and Turkey. With logistic, support and various other cost-saving commonalities factored in, these are considered by Rheinmetall to be possible future users for the AEV 3 Kodiak.[3]
Gallery
AEV 3 Kodiak
Rheinmetall promotional image of the AEV 3 Kodiak.
This hot climate optimised AEV 3 Kodiak is fitted with a Pearson Full Width Mine Plough.
This AEV 3 Kodiak is using its front-mounted blade for dozing.
The two pivot points on the excavator arm of this AEV 3 Kodiak are clearly visible as it digs.
Front view of an AEV 3 Kodiak clearly showing installation of a mine plough.
The AEV3 Kodiak is based on the Leopard 2 main battle tank.
The AEV 3 Kodiak will likely complement and eventually replace Germany's Leopard 1 based Pionierpanzer 2 (Dachs).
Related Research Articles
A military engineering vehicle is a vehicle built for construction work or for the transportation of combat engineers on the battlefield. These vehicles may be modified civilian equipment or purpose-built military vehicles. The first appearance of such vehicles coincided with the appearance of the first tanks, these vehicles were modified Mark V tanks for bridging and mine clearance. Modern military engineering vehicles are expected to fulfill numerous roles, as such they undertake numerous forms, examples of roles include; bulldozers, cranes, graders, excavators, dump trucks, breaching vehicles, bridging vehicles, military ferries, amphibious crossing vehicles, and combat engineer section carriers.
The FV4034 Challenger 2 is a third generation British main battle tank (MBT) in service with the armies of the United Kingdom, Oman, and Ukraine.
The Kampfpanzer Leopard 1 is a main battle tank designed by Porsche and manufactured by Krauss-Maffei in West Germany, first entering service in 1965. Developed in an era when HEAT warheads were thought to make conventional heavy armour of limited value, the Leopard design focused on effective firepower and mobility instead of heavy protection. It featured moderate armour, only effective against low caliber autocannons and heavy machine guns, giving it a high power-to-weight ratio. This, coupled with a modern suspension and drivetrain, gave the Leopard superior mobility and cross-country performance compared to most other main battle tanks of the era, only being rivaled by the French AMX-30 and Swedish Strv 103. The main armament of the Leopard consisted of a German license-built version of the British Royal Ordnance L7 105 mm rifled gun, one of the most effective and widespread tank guns of the era.
The M728 Combat Engineer Vehicle (CEV) is a full-tracked vehicle used for breaching, obstacle removal, and pioneering operations. Production commenced in 1965 and ceased in 1987. A total of 312 of all variants of these armored engineer vehicles were produced.
The Leopard 2 is a third generation German main battle tank (MBT). Developed by Krauss-Maffei in the 1970s, the tank entered service in 1979 and replaced the earlier Leopard 1 as the main battle tank of the West German army. Various iterations of the Leopard 2 continue to be operated by the armed forces of Germany, as well as 13 other European countries, and several non-European countries, including Canada, Chile, Indonesia, and Singapore. Some operating countries have licensed the Leopard 2 design for local production and domestic development.
The Boxer is a multirole armoured fighting vehicle designed by an international consortium to accomplish a number of operations through the use of installable mission modules. The governments participating in the Boxer programme have changed as the programme has developed. The Boxer vehicle is produced by the ARTEC GmbH industrial group, and the programme is being managed by OCCAR. ARTEC GmbH is based in Munich; its parent companies are Krauss-Maffei Wegmann GmbH and Rheinmetall Military Vehicles GmbH on the German side, and Rheinmetall Defence Nederland B.V. for the Netherlands. Overall, Rheinmetall has a 64% stake in the joint venture.
The FV4201 Chieftain was the main battle tank (MBT) of the United Kingdom from the 1960s into 1990s. When introduced, it was among the most heavily armed MBTs of the era, mounting a 120 mm Royal Ordnance L11 gun, the equal of the much larger specialist heavy tanks then in service. It also was among the most heavily armoured, with up to 195 mm (7.7 in) that was highly sloped to offer 388 mm (15.3 in) thickness along the line of sight.
The TPz Fuchs from Transportpanzer Fuchs is a German armoured personnel carrier originally developed by Daimler-Benz but manufactured and further developed by the now Rheinmetall MAN Military Vehicles (RMMV). Fuchs was the second wheeled armoured vehicle to enter service with the Bundeswehr and it can be used for tasks including troop transport, engineer transport, bomb disposal, Nuclear, Biological and Chemical reconnaissance and electronic warfare. RMMV and its predecessors manufactured 1,236 Fuchs 1, mostly for the German Army.
The Rheinmetall Rh-120 is a 120 mm smoothbore tank gun designed and produced in former West Germany by the Rheinmetal-DeTec AG company, it was developed in response to Soviet advances in armour technology and development of new armoured threats. Production began in 1974, with the first version of the gun, known as the L/44 as it was 44 calibres long, used on the German Leopard 2 tank and soon produced under license for the American M1A1 Abrams and other tanks. The 120-millimetre (4.7 in) gun has a length of 5.28 metres (17.3 ft), and the gun system weighs approximately 3,317 kilograms (7,313 lb).
An armoured vehicle-launched bridge (AVLB) is a combat support vehicle, sometimes regarded as a subtype of military engineering vehicle, designed to assist militaries in rapidly deploying tanks and other armoured fighting vehicles across gap-type obstacles, such as rivers. The AVLB is usually a tracked vehicle converted from a tank chassis to carry a folding metal bridge instead of weapons. The AVLB's job is to allow armoured or infantry units to cross craters, anti-tank ditches, blown bridges, railroad cuts, canals, rivers and ravines, when a river too deep for vehicles to wade through is reached, and no bridge is conveniently located, or sufficiently sturdy, a substantial concern when moving 60-ton tanks.
The Henschel Wehrtechnik TH-200, TH-400, and TH-800 are a family of wheeled armoured fighting vehicles by Thyssen-Henschel. Their development was loosely related to the Spähpanzer Luchs.
The Rheinmetall LandSysteme Light Infantry Vehicle for Special Operations, or LIV (SO), is a German light armoured utility vehicle based on the Mercedes-Benz G-Class. It is also known by the names Serval, Wolf, and AGF. As the name implies, the LIV (SO) is designed specifically for use by special operations forces, and has light armour, high mobility and high firepower. Development of the vehicle started in 2002, and 21 were procured by the German Army for the KSK special forces in 2004. An unspecified number of vehicles were delivered to the Swiss Army in 2007.
Armoured Vehicle Royal Engineers (AVRE), also known as Assault Vehicle Royal Engineers, is the title given to a series of armoured military engineering vehicles operated by the Royal Engineers (RE) for the purpose of protecting engineers during frontline battlefield operations.
The Dozor-B is a four-wheeled Ukrainian armored car.
The Trojan Armoured Engineer Vehicle (AEV) is a combat engineering vehicle of the British Army. It is used to breach minefields and for many other tasks. It is currently in use with the Royal Engineers.
The IMR-2 is a Soviet and Russian tracked military engineering vehicle built on T-72 main battle tank chassis. IMR stands for Inzhenernaya Mashina Razgrazhdeniya, meaning "Clearing Engineering Vehicle".
The history and development of tanks in the Royal Canadian Armoured Corps can be broken down into smaller categories: their origin during World War I; the interwar period; World War II; the Cold War; and the modern era.
The Lynx is a German armoured fighting vehicle developed by Rheinmetall Landsysteme. The Lynx, configured as a KF31 infantry fighting vehicle (IFV), was unveiled at the Eurosatory defence exhibition on 14 June 2016. The KF41 variant was unveiled at the Eurosatory defence exhibition on 12 June 2018. According to Rheinmetall, the Lynx family of tracked armoured vehicles is at the forefront of a new trend in IFV design toward armoured vehicles with lower unit and through-life costs and reduced complexity. One of the key principles of the Lynx concept is the integration of proven sub-systems with a high technology readiness level to reduce development time, cost and technical risk.
The Panther KF51 is a German main battle tank (MBT) that is under development by Rheinmetall Landsysteme. It was unveiled publicly at the Eurosatory defence exhibition on 13 June 2022. KF is short for "Kettenfahrzeug", the German word for "tracked vehicle".
This page is based on this Wikipedia article Text is available under the CC BY-SA 4.0 license; additional terms may apply. Images, videos and audio are available under their respective licenses.
