A low-cost, rapidly fielded OPFOR training platform purpose-built for C-UAS threat replication, aerial targeting missions, and counter-UAS force development at scale.
The RA-1 is an unmanned aerial platform engineered to deliver Red Air capability for OPFOR, C-UAS training, and aerial targeting missions. Purpose-built for mass production, the RA-1 provides a low-cost, attributable training platform for rapid fielding — designed to replicate the characteristics of commonly employed foreign sUAS to facilitate realistic, threat-based training.
Designed for rapid modification, the RA-1 can evolve to meet training requirements at the speed of war. Its ultra-light composite airframe and low-visibility finish enable realistic threat replication across a broad range of C-UAS training scenarios — supporting individual crew qualification through large-scale force-on-force exercises.
Every system on the RA-1 is engineered to maximize intelligence yield across extended operational windows.
90-minute flight endurance combined with 96 km operational range enables continuous, uninterrupted intelligence collection — maintaining persistent overhead coverage without reliance on fixed infrastructure or frequent recovery cycles.
48-megapixel 8K camera system provides unprecedented image quality and detail for intelligence analysis and target identification — delivering professional-grade imagery that supports pattern-of-life analysis and forensic-level intelligence production.
Collects electronic and communication signatures providing layered intelligence for comprehensive situational awareness. Integrated SIGINT capability enables multi-domain intelligence fusion from a single, compact platform.
Optional automated tracking algorithms and adaptive route optimization reduce operator workload during complex ISR missions — enabling sophisticated surveillance patterns while maintaining real-time analyst awareness and override control.
Ultra-light composite frame with low-visibility finish minimizes acoustic and visual signature — enabling sustained collection operations in sensitive environments where platform detection would compromise mission security and intelligence value.
High-performance FPV camera system with enhanced low-light capabilities supports continuous operations at dawn, dusk, and night — maintaining real-time situational awareness through full 24-hour operational cycles.
The RA-1 replicates the flight characteristics, signature, and payload profile of commonly employed adversary sUAS — delivering realistic, repeatable training scenarios.
Ultra-light composite frame and low-visibility finish replicate the acoustic and visual signature of commonly employed foreign sUAS — enabling authentic detection, tracking, and engagement training scenarios.
Configurable payload bay supports ISR sensors, EO cameras, and mission-specific packages — allowing rapid reconfiguration between training profiles without specialized tooling or full system redesign.
Minimal launch requirements and electric propulsion enable runway-independent operations from austere environments — supporting high-tempo training sortie generation with reduced logistics footprint.
Designed from the ground up for rapid, cost-effective production at scale — enabling customers to field large quantities quickly and maintain operational readiness across high-tempo C-UAS training programs.
Designed to evolve at the speed of war — the RA-1's modular architecture enables rapid configuration changes to replicate updated threat profiles, keeping training scenarios relevant to current adversary employment.
Operator training focused on mission planning and OPFOR employment, field-level maintenance procedures, payload integration guidance, and standardized employment workflows for repeatable training execution.
Low cost, rapid fielding, and realistic threat replication make the RA-1 the definitive C-UAS training platform.
Replicates the acoustic, visual, and flight signature of commonly employed adversary sUAS — delivering authentic, threat-based training scenarios that build genuine C-UAS proficiency.
Purpose-built for mass production — low unit cost enables high-volume acquisition, increased sortie density, and repeatable training without the sustainment burden of high-value platforms.
Streamlined production and minimal setup requirements enable rapid platform acquisition and deployment — dramatically reducing the time from training requirement to operational C-UAS training capability in the field.
Supports individual crew qualification through large-scale force-on-force exercises — scalable employment concepts enable progressive C-UAS training programs from basic detect-and-defeat through advanced swarm scenarios.
Modular architecture enables rapid reconfiguration to replicate updated adversary platforms — keeping C-UAS training relevant to current and emerging threat profiles as the UAS threat environment evolves.
Tool-less assembly, field-level repair, and right-to-fix sustainment model minimize downtime and lifecycle cost — maintaining high operational tempo training programs without specialized maintenance infrastructure.
Contact LyteForge to request a capability brief, discuss platform integration requirements, or inquire about training and support programs for the RA-1 intelligence platform.