Counter-UAS VR Training System

AVRT Counter-UAS

Train Personnel to Detect, Track and Respond to Drone Threats in Immersive Tactical Environments

Modern drone threats are evolving rapidly. From reconnaissance and smuggling to coordinated attacks on personnel and infrastructure, unmanned aerial systems (UAS) are now a significant operational concern for military, law enforcement and security organisations worldwide.

AVRT’s Counter-UAS VR Training System enables personnel to rehearse drone threat detection, identification and engagement procedures within realistic, immersive scenarios — without the cost, risk or logistical burden of live drone exercises.

Using configurable virtual environments, teams can train against dynamic UAS threats while integrating communication, tactical movement, weapons handling and decision-making under pressure.

Train for Modern Drone Threats

AVRT integrates Counter-UAS training directly into operational scenarios, allowing personnel to respond to drone threats within realistic mission environments rather than isolated simulations.

Whether defending infrastructure, conducting patrols or responding to active threats, operators can rehearse procedures against configurable drone behaviours in repeatable virtual exercises.

AVRT Counter-UAS capabilities include:

  • Configurable drone flight paths, speeds and behaviours
  • Integrated tactical scenarios and mission environments
  • Multi-user team-based training
  • Simulated kinetic and non-kinetic response options
  • Indoor and outdoor operational environments
  • Threat escalation and decision-making exercises
  • After action review and performance analysis
  • Safe and repeatable training without live drones
Military Training in combat simulation using the AVRT V3 Military gear
Counter-UAS Multi-Team Training

Multi-User Team Training

Counter-UAS response is rarely an individual task.

AVRT supports multi-user training exercises that allow teams to coordinate communication, tracking, engagement and tactical decision-making within shared virtual environments.

Personnel can rehearse:

  • Team coordination
  • Command and control procedures
  • Communication protocols
  • Rules of engagement
  • Threat escalation responses

Detect and Identify Drone Threats

Train personnel to recognise, assess and respond to unmanned aerial threats in realistic operational environments.

AVRT scenarios can simulate varying drone types, behaviours and threat profiles, helping users develop situational awareness and rapid decision-making skills under pressure.

Integrated Tactical Scenarios

Unlike standalone drone simulators, AVRT embeds Counter-UAS threats directly into wider tactical exercises.

Personnel can train for drone encounters during:

  • Urban operations
  • Base defence
  • Patrol exercises
  • Infrastructure protection
  • Active threat scenarios
  • Multi-agency response training

This creates more realistic and operationally relevant rehearsals.

Train Anywhere Without Live Drones

Live Counter-UAS exercises are expensive, restricted by airspace regulations and difficult to scale.

AVRT provides a safe and repeatable synthetic training environment that removes the need for:

  • Live drone operations
  • Airspace approvals
  • Extensive exercise setup
  • Weather-dependent training windows

This allows organisations to conduct more frequent and accessible Counter-UAS rehearsals.

The largest free-roam VR training environments the UK has ever seen at 400 square meters
Counter-UAS Train Anywhere

Configurable Drone Behaviours

Drone characteristics and behaviours can be adjusted to match different operational requirements.

Training scenarios can include:

  • Variable flight speeds and altitudes
  • Reconnaissance patterns
  • Aggressive attack profiles
  • Multiple simultaneous drones
  • Environmental and visibility challenges
  • Day and night operations

This flexibility allows organisations to tailor training to evolving threats and mission objectives.

After Action Review and Performance Analysis

Every exercise can be reviewed and analysed to improve operational performance.

AVRT’s after action review capabilities allow instructors and trainees to assess:

  • Threat detection times
  • Engagement decisions
  • Communication effectiveness
  • Tactical movement
  • Accuracy and response timing

This supports measurable skill development and continuous improvement.

Why Use VR for Counter-UAS Training?

Traditional drone training exercises are resource-intensive and difficult to repeat consistently.

Virtual reality training allows organisations to:

  • Rehearse dangerous scenarios safely
  • Increase training frequency
  • Standardise exercises across teams
  • Reduce operational costs
  • Adapt rapidly to emerging drone threats

AVRT helps organisations prepare personnel for modern operational challenges within scalable and immersive synthetic environments.

Applications for Counter-UAS Training

AVRT Counter-UAS training can support a wide range of operational requirements, including:

  • Military training
  • Base and perimeter defence
  • Law enforcement response
  • Critical infrastructure protection
  • Border security
  • Maritime security
  • Airport and transport security
  • VIP and event protection

Frequently Asked Questions

Counter-UAS training prepares personnel to detect, identify, track and respond to unmanned aerial system (UAS) threats using tactical procedures, technology and operational decision-making.

Yes. AVRT supports multi-user training exercises that allow teams to rehearse communication, coordination and response procedures together.

No. AVRT provides a fully virtual synthetic training environment, removing the need for live drone exercises and airspace restrictions.

Yes. Scenarios, drone behaviours, environmental conditions and operational objectives can be configured to suit specific training requirements.

This website uses cookies

We use cookies and other tracking technologies to improve your browsing experience on our website, to show you personalised content and targeted ads, to analyse our website traffic, and to understand where our visitors are coming from. By browsing our website, you consent to our use of cookies and other tracking technologies.