| Monday, December 01, 2008 |
Krauss-Maffei Wegmann Presents GP-F2T PrototypeNews >> Ground Forces >> Announcements Released on Thursday, June 19, 2008In developing the GP-F�T, great store was set on the survivability and assertiveness of crew and system. For this reason, an innovative concept has been realised, characterised by the redundancy of vital components, such as independent drive trains for the front and rear axles. This concept permits a closed, highly protected useful volume between the vehicle axles, in which modular and mission-specific vehicle cells can be integrated. As a result, modular equipment of the GP-F�T family is possible for various deployments. The vehicle family comprises two basic types, resulting from the scaling of the support structure, with the essential components and sub-systems of both systems being identical. This approach permits the realisation of deployment-specific crew and mission compartments for three to six crew members. The highly protected vehicle cell protects the occupants against ballistic, mine and IED threats, as well as against the potential risks of NBC contamination. Furthermore, extra reinforcement of the vehicle cell provides protection against handheld anti-tank weapons. Depending on the scenario, adaptive modules guarantee the ballistic protective level for the particular vehicle version. In addition, the GP-F�T family has a very low silhouette and consequently an extraordinarily low infrared and radar signature. The engine output of over 20 kW per ton vehicle weight allows the vehicle to effortlessly negotiate 60 percent forward slopes and up to 30 percent side slopes. In combination with a range of over 1,000 km, the crew can operate for up to five days autonomously. Since the vehicles are air-transportable too, they can be transferred to distant deployment areas quickly and easily. The new concept also adopts the suspension characteristics and consequently unique mobility of the FENNEK. Thanks to the redundant drive components, the vehicle also possesses extraordinary "residual mobility." This means that even in the case of a sub-system failure, such as the front axle drive train, the vehicle still remains mobile as a result of the second sub-system (rear axle drive train). |
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