Rheinmetall has been contracted by the Swedish company BAE Systems Bofors AB to deliver 48 all-terrain HX Cab Chassis with protected cabins. The highly mobile 8×8 military vehicles from Rheinmetall MAN Military Vehicles (RMMV) will serve as carriers for the Swedish Armed Forces’ Archer artillery systems. The contract, which was concluded in March 2024, has a volume of around €71 million. Deliveries are foreseen to start in the third quarter of 2024 and to be completed by the end of 2027. Besides the vehicles the order also includes additional service and maintenance scope.
The robust HX vehicles are specially adapted to the requirements of a 155mm wheeled howitzer, for example to withstand the pressure wave when firing, and provide the operator with the highest level of off-road mobility. The particular hardened Rheinmetall integrated armoured cabin contributes significantly to the protection of the crew during deployment in high-risk scenarios. This contract constitutes the first series integration of Archer system on the HX truck family.
The integration of the system is done by BAE Systems Bofors AB. The Archer wheeled artillery system is currently being used by the Swedish Armed Forces on a 6×6 platform, which will now be replaced by the new HX-8×8 systems. High-mobility trucks from RMMV’s HX2 series are already in service with the Swedish armed forces in large numbers – as logistics trucks and as carrier vehicles for the Patriot air defence missile system, for example. Thanks to the ‘family concept’ of the HX vehicle family, the new artillery system can be seamlessly integrated into the existing logistics of the Swedish armed forces.
With the current order, Rheinmetall is making a further contribution to increasing interoperability within NATO. Vehicles of the HX family have been introduced in a growing number of armed forces of the defence alliance and allied nations. In addition to Sweden, other nations such as Germany, Great Britain, Australia, Denmark, Austria and Norway are also using HX military trucks in large numbers and in various configurations. The use of similar systems offers synergy potential in the areas of training, deployment, maintenance and repair.
