Rheinmetall has opened a new vibration testing facility (VTF) in Telford, UK to speed up reliability testing for military vehicles, starting with the Challenger 3 tank.
The facility can accommodate structures and assemblies weighing up to 40 tonnes (88,100 pounds) and reproduce combinations of vertical movement, pitch, and roll. Engineers can feed real-world operational data into the system to recreate vibration, shock, and movement in a controlled environment.
That allows Rheinmetall to examine how vehicles, components, and integrated systems respond to prolonged operating conditions without relying entirely on lengthy field trials.
The company said the facility can support accelerated durability and reliability testing alongside trials, modelling, and other engineering analysis.
“The VTF gives our engineers a powerful new way to understand complex platforms,” Vibration Test Manager Rob Hunter said.
Rheinmetall said it designed the VTF as a long-term testing capability rather than a facility dedicated to a single vehicle. The company is also planning to use the site to develop apprentices and other technical skills.
Using Rheinmetall’s New Test Capability
Challenger 3 is currently the facility’s main application. The British Army’s next-generation main battle tank features a new turret, a 120mm smoothbore main gun, improved protection, and upgraded sensors.
Vibration data is particularly relevant for the system because earlier mobility trials examined noise and vibration across road and cross-country driving. Those trials covered 789 kilometers (490 miles) and generated data used to refine the vehicle and support later reliability testing.
Telford is also becoming a broader vehicle integration and testing hub.
Rheinmetall recently announced that its Telford facility will serve as the Vehicle Integration Centre for Team Wolf, where systems integration, testing, and validation will take place for the British Army’s new tactical mobility requirement.
