HOLOGATE and the Bundeswehr Technical Center for Weapons and Ammunition of the German Army (WTD 91) have launched a three-year study aimed at advancing the networking capabilities of military simulation systems. Focusing on the example of generic helicopter simulation (GeHSi), the study will work to develop interfaces compliant with standards that enhance interoperability across various systems and make future missions more efficient. The German Army is increasingly using simulation systems for training, mission preparation, and decision support. However, the setup and networking of these systems are time-consuming, costly, and resource intensive. Interoperability—the seamless integration and connection of different systems—is becoming crucial for accurately and efficiently simulating complex, multinational scenarios.
“With our XR platform, we are setting new standards in military simulation technology. 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,” says Leif Petersen, CEO and Founder of HOLOGATE.
At the same time, military organizations face growing pressure to operate in a more resource-efficient manner. The study aims to use interfaces compliant with standards to improve the networking of systems, ultimately improving operational effectiveness. HOLOGATE’s HGXR division offers a flexible XR solution tailored to this need, enabling the mapping of various helicopter models and mission scenarios within a single XR platform. This adaptability offers a significant advantage in addressing growing operational demands while optimizing resource efficiency. Since 2022, WTD 91 has been using and testing HOLOGATE’s flexible HGXR SIM motion simulator, which serves as the generic helicopter simulator (GeHSi) in the current study. The HGXR SIM is equipped with advanced motion tracking technology that reduces latency and simulates dynamic forces up to 2g. With a vertical range of motion up to one meter and a tilt capacity of up to 30 degrees, the GeHSi offers pilots a highly adaptable and precise training environment.
The modular XR platform allows for seamless simulation of various helicopter models, including the NH90 Sea Lion, as well as diverse virtual environments, all at the touch of a button. By networking the GeHSi with other XR systems like HOLOGATE’s HGXR M or X, cross-system and cross-location exercises can be conducted. This enables the realistic training of complex scenarios, such as precise landings on naval frigates, where pilots collaborate closely with flight deck officers. Tactical missions, including the transport of Special Commando Forces (KSK) personnel, can also be simulated effectively. A key objective of the study is to test the interoperability and standards compliance of networked simulators. Using the GeHSi as a model, the study will go through all stages of certification to ensure reliable and cost-effective use within the network.The insights and advancements from this study will play a crucial role in making military training more efficient while also laying the groundwork for future technological developments.
