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Military operators training to control UAVs using a remote, VR goggles, and specialized software on a laptop

UAV Control System

Interactive training system for UAV operators

The system is designed for training UAV operators in a simulated environment with realistic combat scenario modeling. It enables drone control training, interception of hostile UAVs, and counter-FPV operations without the use of real unmanned systems

Purpose of the UAV system

TECHNOLOGY ADVANTAGES

Realistic UAV operator training

The system simulates UAV operations in an environment closely matching real combat conditions

It replicates drone control processes, target detection and tracking, and coordination between operators and other participants

During training, the system records operator actions, flight parameters, and mission results, allowing instructors to analyze performance

The platform enables repeated training across various UAV deployment scenarios without using real drones

A Ukrainian Armed Forces soldier practices flying an FPV drone using VR goggles and a portable simulator in a training classroom

System Operation Principle

The system is based on UAV control simulation and combat scenario modeling in a virtual environment

Participant Setup

Depending on the selected scenario, participants take positions as part of an interceptor drone crew (pilot and navigator) or as an FPV operator and shooter

Scenario Configuration

The instructor creates a training scenario and defines parameters such as UAV types, flight characteristics, trajectories, interception or attack conditions, and airspace environment settings

Mission Execution

In the UAV interception module, the interceptor crew performs detection, tracking, and interception of aerial targets. In the counter-FPV module, the FPV operator controls the drone using FPV goggles and executes attack scenarios, while the shooter uses a VR headset and weapon replicas to track and engage aerial targets

Monitoring & Analysis

The system records UAV flight parameters, operator actions, aiming processes, and engagement results. The instructor receives real-time data and controls the training process through a management interface

Training complex modules

UAV Interception Training Module

The module is designed to train crews of interceptor drones and to practice countering enemy unmanned aerial vehicles in a simulated environment

Crew Roles

  • Pilot

    Controls the drone in flight, performs maneuvers and intercepts targets

  • Navigator

    Identifies and tracks targets, transmits coordinates and coordinates the interception process

Module Components

  • Portable UAV Operator Training Station
  • Flight Control Monitor
  • Drone controller
  • FPV goggles for the operator
  • ORION WORLD Software

Features of the training environment

  • Detection, tracking and interception of air targets in a simulated combat environment
  • Interceptor UAV crew coordination training (pilot + navigator)
  • Simulation of aerial combat between unmanned systems
  • Practicing drone maneuvering, targeting and engagement
  • Realistic training without the use of actual UAVs in a safe training environment
Hardware System: Portable Training Station for UAV Interceptor Operators
Service members are training on a UAV control simulator: the navigator is at the monitor and the pilot is wearing VR goggles

Integration with other training systems

The system integrates with other training solutions within the platform, forming a unified training ecosystem.

Equipment for tactical training and simulations: UAVs, virtual reality headsets, and an interactive weapon mock-up on a white background

Typical Training Scenarios

The system supports various training formats for UAV operations and counter-UAV training

The system enables

A realistic simulation of aerial combat scenarios for training drone operators.