XR Technology to Enhance Military Training Networks

HOLOGATE and the Bundeswehr’s Technical Center for Weapons and Ammunition (WTD 91) have initiated a three-year study focused on enhancing the networking capabilities of military simulation systems. Using the generic helicopter simulation (GeHSi) as a test case, the study aims to develop standards-compliant interfaces to improve interoperability across multiple systems, with the goal of increasing efficiency in future missions.

The German Army has been expanding its use of simulation for training, mission preparation, and decision-making. However, connecting these systems can be time-consuming and resource-intensive. This study seeks to address these challenges by improving interoperability, which allows different systems to work together seamlessly, making it easier to simulate complex, multinational scenarios.

HOLOGATE’s extended reality (XR) technology aims to help achieve these goals. The XR platform supports various helicopter models and mission scenarios, offering a flexible solution to meet operational requirements. By developing interoperable interfaces, the study aims to facilitate more effective networking of these systems, optimizing their use and reducing operational costs.

“With our XR platform, we are setting new standards in military simulation technology.” says Leif Petersen, CEO and Founder of HOLOGATE. “The seamless networking of systems and scenarios makes it possible to make training more efficient and realistic. This study will make a decisive contribution to making military training fit for the future.”

Since 2022, WTD 91 has been testing HOLOGATE’s HGXR SIM motion simulator, which now serves as the GeHSi in the current study. The GeHSi is equipped with motion tracking technology and can simulate dynamic forces up to 2g, providing a flexible training environment for helicopter pilots. The system’s modular design allows it to simulate different aircraft models, such as the NH90 Sea Lion, and various virtual mission environments.

The study will also explore how the GeHSi can be networked with other XR systems, such as HOLOGATE’s HGXR M and X, to enable cross-location and cross-system exercises. This includes training for complex scenarios like landings on naval vessels and tactical missions involving personnel transport.

A key objective of the study is to ensure the networked simulators meet certification standards for reliable, cost-effective use. The results are expected to improve training efficiency and contribute to the development of future military simulation technologies.