Lithuanian Firm Granta Autonomy Unveils AI-Powered Black Wasp Counter-Drone Interceptor

Lithuanian autonomous systems developer Granta Autonomy has officially announced the Black Wasp, an interceptor UAV engineered to defeat a broad range of aerial threats — including enemy strike drones, ISR (intelligence, surveillance, and reconnaissance) UAVs, and loitering munitions such as the Shahed series.

High-Speed Performance Backed by Combat-Proven AI

In its official press release, Granta Autonomy stated: "Black Wasp combines high-speed flight performance with the company's battle-tested AI/ML flight control system, enabling automated flight, precise target tracking, and terminal guidance. The drone is designed for high-pressure environments and features vertical take-off and landing (VTOL) capability, robust jamming resistance, and seamless integration with most NATO air defense radar networks."

The company said Black Wasp was developed to address the large-scale, high-frequency threat posed by enemy strike drones, offering military forces an affordable, highly mobile interceptor that does not rely on fixed infrastructure. Positioned as a dedicated "kinetic shield," Black Wasp is intended to complement existing air defense layers by introducing an autonomous interceptor capable of precise engagement under demanding combat conditions.

Core Technology: AI/ML Navigation and Guidance

The centerpiece of the Black Wasp is Granta Autonomy's proprietary AI/ML navigation and guidance system, which enables enhanced maneuverability and autonomous flight without requiring human input at the controls. Even when electronic warfare measures disrupt GNSS or GPS signals, the onboard machine-learning core maintains mission continuity. The system also incorporates advanced terminal guidance, using computer vision algorithms to detect, track, and lock onto high-speed targets — ensuring successful engagement in contested airspace.

Front-Line Rapid Deployment with NATO Radar Integration

Black Wasp can be launched directly by infantry units from forward operating environments without the need for dedicated launch rails or fixed facilities. Once airborne, the drone rapidly transitions to a high-speed intercept flight mode to close on the threat. Critically, the system supports both hardware and software integration with most NATO military radar platforms, automatically receiving real-time telemetry updates to provide operators with 3D target location data — streamlining the target acquisition process from detection through to engagement.

Key Technical Specifications

Parameter	Specification
Airframe dimensions (incl. rotor arc)	600 × 450 × 450 mm
Cruise speed / Maximum speed	160 km/h / 320 km/h
Range	20 km (one-way) / 40 km (with return)
Endurance	Up to 15 min (cruise); over 6 min (maximum speed)
Take-off / Landing	Vertical (VTOL)
Operating altitude	Up to 7,000 m MSL
Climb rate	30 m/s
Maximum take-off weight	~4 kg
Payload (warhead) weight	Up to 500 g
Radar integration	Supported; real-time radar data delivered to operator
Data link	Jam-resistant; operates on S-band / C-band
Electro-optical seeker	Multi-sensor, including visible-light and thermal imaging cameras (optional)
Autonomy level	AI/ML-driven control system supporting automated flight, target tracking, and terminal guidance

For more information, visit: https://www.grantaautonomy.com/

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