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Rheinmetall, Hologate Partner to Develop Virtual Military Training Solutions

HGXR SIM mobile XR motion simulator. Photo: Hologate

German firms Rheinmetall and Hologate have signed an agreement to develop simulation training platforms using extended reality (XR) and virtual reality (VR) technologies.

The simulation systems will feature various applications to closely mimic real-world conditions across domains, combining XR, VR, AI- and trainer-controlled solutions.

Head of System Technology for Driving Simulation at Rheinmetall Hanno Tabeling said that “with Hologate’s state-of-the-art software, we will be able to offer our customers even more realistic and flexible training options.”

“The development of a VR driving simulator for training military drivers is the first tangible result of our collaboration,” he added.

Hologate’s Platforms

Hologate has already developed several technologies for the German armed forces and police training programs.

The HGXR SIM mobile XR motion simulator features an open system architecture with virtual control panels, allowing for a seamless switch between vehicle models at the push of a button.

It can be used to reproduce complex contexts for helicopters, trucks, and boats.

The simulator features a wide range of motion, including 1 meter (3 feet) of vertical lift and full-axis rotation, with a maximum tilt of 30 degrees.

Some of Hologate’s technologies, such as its High-End Stationary Systems, focus on hyper realistic scenarios combining advanced full-body tracking, haptic feedback, and reproducing physical effects such as wind, heat, and scent.

Extended Reality Across Domains

XR platforms can support pilot training with flight simulations, driver safety programs for logistics and transportation, tactics and combat simulations, team coordination exercises, and mission planning. 

Simulation solutions provide risk-free training environments for users who can perform tasks, make decisions, and receive instant feedback without exposing themselves to physical harm.

Additionally, training sequences can be repeated as often as needed to consolidate knowledge.

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