Russia Develops World’s First Anti-Drone Rifle Simulator
Students at Russia's Southern Federal University (SFU) have developed a groundbreaking training simulator platform. This is the world's first simulator designed specifically to train soldiers in the use of anti-drone rifles and drone detection systems.
The simulator creates a virtual battlefield environment that closely resembles real combat conditions. The aim is to equip soldiers with the skills needed to operate modern anti-drone equipment and make fast, accurate decisions under pressure.
What is this simulator platform?
The simulator is essentially a virtual war scenario that replicates the feel and stress of an actual combat situation. It is designed for training soldiers in understanding drone technologies and their tactical application in warfare.
How does it work?
The simulator trains users on how to use anti-drone guns, detectors, and drones effectively in a combat setting. It provides both theoretical and practical modules and includes tests to assess decision-making speed and accuracy in simulated combat zones.
Advanced Virtual Combat Training
Though virtual, the simulator gives a highly realistic experience using game engines to replicate battlefield visuals and scenarios. The goal is to make training as close to real combat as possible, ensuring soldiers are battle-ready with the latest drone warfare skills.
This technology helps soldiers improve in key combat areas including:
- Correct use of anti-drone rifles
- Efficient operation of drone detectors
- Making quick and accurate decisions under battlefield stress
The platform includes not just simulations but also a theoretical part, complete with video modules and real-time scenario-based assessments to improve strategic and tactical thinking.