The Future of Drone Warfare Training Starts Here
The most comprehensive FPV drone combat training platform in the defense industry. Built from six years of battlefield intelligence. Every drone system. Every combat environment. Every scenario. Reconstructed from operational reality.
The Battlefield Moved. We Moved With It.
Modern warfare has fundamentally changed. Small drone teams are destroying armor columns, denying movement to entire battalions, and reshaping how every military on earth thinks about combat. The National Readiness Lab builds the training systems that prepare warfighters for this reality. Every environment reconstructed from real combat operations. Every drone modeled from published specifications. Every scenario designed so that when your operator reaches the field, the only thing left to learn is how to strap on the explosives. The skill is already trained.
CTIRS
Combat Terrain Intelligence & Rehearshal System
Immersive FPV drone combat training platform. Train operators on offensive drone strikes, reconnaissance, evasion, ambush operations, and rescue support across environments reconstructed from six years of OSINT combat footage. Every major drone system on the modern battlefield — friendly and adversary — modeled from published specifications and flyable in VR with real GCS controllers.
FPV drone strike simulation: ramming, grenade drops, precision strikes
Fiber optic FPV: cable spool management, snag physics, unjammable operations
Infrastructure targeting: substations, grids, fuel depots, communications
Drone jousting and air-to-air intercept training
Reconnaissance: target ID, pattern-of-life, battle damage assessment
Real GCS controller integration — train with field equipment
Full session replay with timestamped decision markers
Cross-platform: PCVR, Varjo XR-4, Quest 3 via OpenXR
Digital twin drone library: Ukrainian, Russian, Israeli, Iranian, NATO, US systems
Counter-UAS evasion and small arms engagement training
Armor engagement: APCs, tanks, MRAPs — OSINT-verified approach angles
Ambush operations on highways, supply routes, defensive positions
Rescue and assault support: drone overwatch for ground teams
AI scoring: accuracy, approach angle, time to target, obstacle avoidance
Instructor scenario authoring — no technical expertise required
Continuously expanding OSINT-derived environment library
Every Drone on the Modern Battlefield. Flyable in VR.
Immersive FPV drone combat training platform. Train operators on offensive drone strikes, reconnaissance, evasion, ambush operations, and rescue support across environments reconstructed from six years of OSINT combat footage. Every major drone system on the modern battlefield — friendly and adversary — modeled from published specifications and flyable in VR with real GCS controllers.
TRAUMAS
Tactical Response Under Modeled Assault Scenarios
Mixed reality combat medical simulation. Train medics to treat casualties under the stress and chaos of modern drone warfare. The drone that strikes in CTIRS creates the casualty the medic treats in TRAUMAS. Two products. One platform. One battlefield.
Mixed reality trauma simulation with real medical equipment
Drone strike injury patterns: fragmentation, blast, burn, amputation
Prolonged field care in contested environments
Injury progression driven by medic treatment decisions
AI scoring against TCCC protocol standards
Full session replay with treatment timeline analysis
Five Capabilites No Competiror Delivers
01 OSINT-Derived Combat Environments
Every major UAS system on the modern battlefield — friendly and adversary — modeled from published specifications and flyable in VR with real GCS controllers. Continuously expanding as new systems enter the field.
No competing platform offers a multi-system drone library built from operational intelligence.
02 Digital Twin Drone Library
Every trainee action is evaluated against doctrinal standards in real time. Commanders receive quantified readiness data, not subjective assessments.
Competing platforms depend on manual instructor observation.
03 Fiber Optic FPV Simulation
The only platform in the US defense simulation market simulating fiber optic drone operations: cable spool management, snag physics, maximum range constraints, and dual-control failover. This is how the war is actually being fought.
No competitor simulates fiber optic drone operations.
04 Real GCS Controller Integration
Operators train with the same ground control stations used in the field. Real radio transmitters integrated through custom hardware interfaces. Muscle memory transfers directly from simulation to combat operations.
Competitors use game controllers. The NRL uses field equipment.
05 AI Scoring and Full Session Replay
Every action scored against doctrinal standards in real time. Every session recorded and replayed from any angle with timestamped decision markers. Commanders receive quantified readiness data. Instructors author and modify scenarios without technical expertise. Adaptive scenarios respond to trainee competency.
Competing platforms depend on manual instructor observation with no replay capability.
What The NRL Delivers
Operationally Authentic Environments
Combat-accurate rendering built from OSINT footage, not hypothetical terrain databases.
Enterprise Mixed Reality
Military-grade headsets with high-resolution passthrough for real equipment integration.
Adaptive AI evaluation
Real-time performance scoring with scenario adaptation based on trainee competency.
Instructor Scenario Authoring
Create and modify training scenarios without any technical expertise required.
Full session replay
Multi-angle playback with timestamped decision markers for after-action review.
Digital Twin Drone Library
Every major UAS system modeled and flyable. Continuously expanding with the threat.
Fiber Optic FPV Simulation
Wire-guided drone operations with cable management and snag physics. Industry first.
Real GCS Controllers
Train with actual ground control stations. Muscle memory transfers to the field.
Multi-Theater Environment Library
Continuously expanding library of environments from active conflict zones worldwide.
Cross-Platform via OpenXR
Deploy on Varjo XR-4, Quest 3, PCVR, and future headsets without rebuilding.
Readiness Analytics
Quantified training outcomes informing doctrine, force planning, and resource allocation.
Voice AI Documentation
Hands-free structured recording operating without network connectivity.
Built by Operators. Trusted By The Force
Years Supporting DOD
Exceptional CPARS
Veteran Workforce
Facility Clearance
SBA Certified
Trusted by U.S. military leadership
Defense Insights
Expert perspectives on modern defense
Let's Work Together
Tell us about your mission needs.
Chevy Chase MD 20815