JSIL Enhances Training with Advanced FPV UAV Simulators for Authentic Combat Scenarios

JSIL Enhances Training with State-of-the-Art FPV UAV Simulators for Authentic Battlefield Scenarios

The Joint Services Integration Lab (JSIL) has advanced its training capabilities with the acquisition of six MVRsimulation First Person View (FPV) UAV Simulators along with VRSG software licenses. This integration aims to enhance the Reconfigurable Academics Aviation Digital (RAAD) training environment.

These FPV UAV Simulators empower JSIL to delve into the operational use of one-way attack drones and small quadcopter UAS ISR assets in combat situations. The simulators provide a compact, self-contained training solution, enabling military personnel to master the operation of racing-style quadcopter attack drones and Purpose Built Attritable Systems (PBAS) in contested areas. Additionally, the simulators support networked integration for training exercises related to Large Scale Combat Operations (LSCO), allowing users to experiment with how these innovative operational concepts can be integrated into present and future military toolkits.

Trainers will experience high-resolution, geospecific terrains using VRSG, which includes meticulously detailed urban elements like the Camp Pendleton Military Operations Urban Terrain (MOUT) training site. This virtual training environment accurately mimics the actual site, enabling trainees to practice urban FPV UAV operations, including the ability of quadcopter UAS to perform perch-and-stare maneuvers on rooftops and navigate through windows and doors for building surveillance.

The training sessions will utilize assets from VRSG’s constantly updated 3D model library, allowing participants to practice identifying and engaging targets that resemble real military equipment commonly seen in current conflicts. Furthermore, trainees will have the opportunity to simulate UAV flights under electronic warfare conditions, reflecting the challenges faced by operators in real-world scenarios.

Supported by robust networking features, users of the FPV UAV Simulator can connect with other simulators utilizing VRSG’s infrastructure for collaborative training exercises, such as battlefield command and control and Joint Fires operations.

We are excited to see our long-time partner capitalize on this cutting-edge innovation to address emerging challenges in warfare, and we anticipate continuing to support this initiative in the upcoming months.

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