Aerial Intelligence in Contested Airspace
Engineered in Romania. Low-observable carbon-fiber UAV platforms operating with complete telemetry-independent autonomy in GPS-denied environments.
Uncompromising Mission Autonomy
Low-Observable Airframe
Sovereign Edge-AI
EW Resilience
Constructed from advanced carbon-fiber composites to minimize radar cross-section and acoustic signatures during deep reconnaissance.
On-board visual telemetry processing enables complete flight path execution without active ground-station communication.
Tested and proven to navigate, stabilize, and complete mission parameters in active electronic warfare and GPS-denied zones.
Platform Performance Metrics
Precision-engineered dual-use airframes designed in Romania for rapid deployment and sustained tactical reconnaissance operations under extreme atmospheric conditions.
Flight Endurance
Operational Range
Payload Capacity
12 hrs
Continuous flight time
150 km
Telemetry-independent radius
8.5 kg
Multi-sensor maximum load
Sustained loitering capability with standard optical payload configuration, ensuring continuous monitoring over critical infrastructure zones without refueling requirements.
Autonomous mission execution radius from launch coordinates, allowing deep penetration into hostile territory while maintaining complete silent telemetry protocols.
Supports gyro-stabilized thermal cameras, high-resolution optical mapping arrays, and custom electronic intelligence payloads within a modular carbon-fiber bay.
Initiate System Integration
Contact our Bucharest engineering facility to schedule a secure platform demonstration, coordinate custom payload integration, or request detailed defense specifications.