Orbit UAV develops long-range VTOL and fixed-wing drones, military FPV strike systems, and counter-UAS drone detection sensors. More than 30 airframe designs in production, from 10 to 300 km range and 1 to 6 hours of endurance.
A layered drone detection system: Doppler radar for first detection, RF for classification, PTZ optics for visual confirmation.
X-band pulse-doppler, 360° detection of low, slow and small targets from 5 km at 0.01 m² RCS.
Passive full-band detection, 300 MHz to 6 GHz, identifying over 300 drone models by protocol.
Slaved EO/IR turret with 6 km rangefinder for visual identification out to 20 km.
GNSS-denied navigation, waypoint autonomy and automatic recovery.
Detection, classification and tracking running on the airframe.
Operator training on the same interface as the fielded system.
Radar-led drone detection, perimeter protection, airport-area monitoring, border and coastal surveillance, energy facility security, data centre protection, and major-event low-altitude airspace monitoring for security integrators.
Detecting drone-assisted cross-border smuggling, contraband delivery, and illegal infiltration along land and coastal border corridors.
Detecting and tracking drones attempting to deliver contraband — mobile phones, tools, and narcotics — into correctional facilities from outside the perimeter.
Protecting military bases and operational compounds from enemy micro-drone reconnaissance, sensor-carrying close-approach platforms, and swarm incursions.
Securing nuclear power plants, oil refineries, fuel storage depots, and high-voltage substations against drone-based surveillance and physical attack.
Protecting approach corridors, runway clearance zones, and terminal airspace from unauthorized drone incursions that endanger flight operations.
Shielding government buildings, data centres, and telecommunications hubs from aerial surveillance, signal interception, and drone-delivered payloads.
Acting as aerial traffic control for commercial drone delivery fleets, monitoring compliance with approved flight corridors in urban logistics networks.
Protecting R&D facilities, automotive test tracks, and sensitive industrial sites from competitor drone-based aerial intelligence gathering and commercial espionage.
Detecting unauthorized aircraft in remote forest and wilderness areas to prevent illegal logging, poaching, wildfire arson, and to support emergency response operations.
Protecting Olympic venues, stadiums, concert arenas, and large public gatherings from drone intrusions that endanger crowds and disrupt broadcast operations.
Mobile and deployable radar systems providing real-time low-altitude airspace awareness for dignitary protection details, motorcades, and high-value individual security operations.
Tell us the protected area, expected target types, terrain, blind zones, command platform, and response workflow. We can help turn those conditions into a deployment plan.
Specification sheets and lead times on request — {{ contactEmail }}