Systems
built to
be used.
Every platform is designed around the operator and built around the mission. Below: the current production families, their performance envelope, and what they carry.
Harrier-class
Long-endurance reconnaissance airframe
A composite, low-signature ISR platform built around a modular open architecture. Designed for sustained autonomous loiter over contested terrain, with field-repairable subsystems and attritable economics at scale.
- Endurance
- 18+ hrs
- Ceiling
- 15,000 ft AGL
- Cruise
- 65 kts
- Range
- 1,400 km
- Payload
- 9 kg modular
- Launch
- Catapult / VTOL
- +EO/IR gimbal
- +SIGINT pod
- +Comms relay
- +Drop munitions
Tern-class
Autonomous surface craft for persistent maritime watch
A low-profile autonomous surface vessel for patrol, escort, engagement and sensing along coastlines and sea approaches. Operates as a network — craft fly in pairs or larger groups, share one fused picture, and losing one never loses the mission.
- Endurance
- 72+ hrs
- Range
- 600 nmi
- Top speed
- 40 kts
- Sea state
- Operates to SS 5
- Payload
- 25 kg modular
- Propulsion
- Diesel-electric
- +Fast autonomous engagement
- +Silent diesel propulsion
- +Cooperative multi-craft sensing
- +Modular mission bay
Vector Interceptor
Hard-kill against Group 1–2 threats
A high-speed kinetic interceptor that detects, decides and ends incoming drone threats inside seconds. Operates as a mesh — any node can cue, any node can engage.
- Engagement
- < 6 s detect→hit
- Top speed
- 220 kts
- Magazine
- 8 effectors
- Net coverage
- 5 km radius
- Footprint
- Single-pallet
- Autonomy
- Operator-on-the-loop
- +Radar + RF fusion
- +Hard-kill interceptors
- +Mesh coordination
- +Operator override
Mission-specific configuration on request.
Open architecture means every platform can be tailored — sensor stack, autonomy profile, comms posture. Tell us the mission.
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