AR Technology’s “VR Drone Training Simulator” is an immersive, VR-based training system designed for drone flight and mission operations.

It eliminates the risk of equipment damage and safety accidents that may occur during actual drone operation and significantly reduces training costs compared to real-life practice. The system has received the Good Software (GS) Grade 1 certification.

Users can configure various virtual environments—such as weather, wind speed, time of day, and terrain—and conduct repeated training sessions anytime and anywhere without spatial or temporal limitations. It enhances response capabilities in extreme situations and delivers high economic value, safety, and training efficiency across civilian, public, and defense sectors.

The simulator incorporates a proprietary physics engine reflecting aerodynamics (Korean patent registered in 2024; international patent pending), enabling users to experience flight characteristics nearly identical to real drones. Real-world flight phenomena such as collisions and downdrafts are precisely simulated, providing training effects comparable to actual operations.

With AR Technology’s proprietary wireless signal relay device (Korean patent registered in 2024), most commercial drone controllers can be used directly, allowing trainees to practice with the same tactile experience as real drone operation. The system also features a 4K-resolution VR HMD for realistic depth perception, and optimized 3D models ensure comfortable long-duration training.

The simulator supports a variety of training scenarios and can be expanded from individual sessions to team-based multiplayer training. It offers adjustable difficulty settings and allows users to customize drone assembly with modular components.

CEO Kwangryang Park stated, “The VR Drone Training Simulator is evolving beyond a simple training tool into a practical platform for building real mission-execution capabilities. We will continue to advance its performance and develop diverse drone mission simulation content through ongoing R&D efforts.”