British Boxer MIVs to get more powerful engines
A Boxer MIV pictured on Salisbury Plain. (Photo: British Army)
British Army Boxer MIVs will be equipped with more powerful engines after Rheinmetall BAE Systems Land (RBSL) and WFEL selected Rolls-Royce Solutions UK to supply MTU 8v 199 TS21 engines.
British Army Boxers will be the first variant of the vehicle equipped with MTU 8v 199 TS21 engines that output 600kw of power, 70kw more than MTU engines in previous iterations of the vehicle.
Rolls-Royce will produce 523 engine units for the Boxer programme at its East Grinstead facility in the UK.
For WFEL, the MTU engines will be delivered to Boxer programme partner David Brown Santasalo for integration into complete Boxer powerpack assemblies ahead of delivery to the company’s Stockport site.
RBSL will assemble and test Boxer powerpacks at its site in Telford.
Engines will then be integrated into Boxer Vehicles at RBSL and WFEL’s respective production plants.
In April 2022, the British Army ordered an additional 100 Boxer vehicles, bringing its total procurement to 623.
Related Equipment in Defence Insight
More from Land Warfare
-
![Romania approved for additional $280 million Patriot Air Defence System buy]()
Romania approved for additional $280 million Patriot Air Defence System buy
The possible Foreign Military Sale (FMS) from the US will cover the system and any related equipment with Lockheed Martin and RTX as primary contractors.
-
![Polaris to unveil new MRZR Alpha base vehicle at Modern Day Marine]()
Polaris to unveil new MRZR Alpha base vehicle at Modern Day Marine
The new platform was designed to provide 1KW of exportable power as standard and has been developed in partnership with the US Marine Corps (USMC).
-
![US and Europe continue moves to boost 155mm munitions production]()
US and Europe continue moves to boost 155mm munitions production
The new US facility for 155mm artillery projectiles is a reflection of a worldwide trend which has also seen Rheinmetall and BAE Systems working to improve capability in the same area.
