Unmanned aircraft systems
Shark Blue Mini
A compact aircraft built for autonomous flight, high-speed terminal approach, and operation through Shark GCS.
Compact, autonomous fixed-wing UAV
Shark Blue Mini is a compact fixed-wing UAV that flies autonomously to a designated mission area and performs a terminal approach.
It supports one-way offensive and defensive missions involving ground or aerial objects. An onboard vision-processing module is optional, and manual control remains available when needed.
- Endurance
- 40 min
- Operational range
- 20 km
- Max. speed
- 100 km/h
- Terminal / dive speed
- 150+ km/h
- Mission payload
- 300 g
High-speed terminal flight
Shark Blue Mini has a maximum speed of 100 km/h and cruises at 60–80 km/h. It can exceed 150 km/h during terminal approach and dive flight.
150+
km/h terminal speed
- Maximum speed100 km/h
- Cruise speed60–80 km/h
- Terminal / dive speed150+ km/h
Autonomous mission execution
Operators use Shark GCS to plan and start missions, then monitor the aircraft and its telemetry from the same interface.
Autonomous flight is the primary operating mode. Manual control remains available when needed.
Vision-assisted mission capability
The standard navigation system supports autonomous missions. The optional onboard vision module detects and tracks stationary or moving objects in real time and assists terminal guidance.
- Object detection
- Stationary-object tracking
- Moving-object tracking
- Ground-object tracking
- Aerial-object tracking
- Vision-assisted terminal guidance
Vision-assisted terminal guidance
The optional vision module tracks the object in real time and supplies data for course corrections during the terminal phase. This enables a more precise final approach than standard navigation alone.
Managing multiple aircraft
Multiple Shark Blue Mini aircraft can connect to the same Shark GCS environment. Operators can monitor each aircraft and its telemetry, then coordinate missions from one interface.
From transport to launch
The fuselage, wings, carbon wing spars, and nose section travel as separate parts. Field assembly requires no tools, and the aircraft can launch by hand or catapult.
- 01
Transport
The fuselage, detachable wings, carbon wing spars, and nose section travel as separate parts.
- 02
Assembly
The parts are joined by hand in the field. No tools are required.
- 03
Launch
The prepared aircraft can be launched by hand or catapult.
Technical specifications
The 20 km operational range and 2 km telemetry range are separate figures. Depending on the mission configuration, autonomous flight may extend beyond continuous telemetry coverage.
Performance
| Parameter | Value |
|---|---|
| Maximum speed | 100 km/h |
| Cruise speed | 60–80 km/h |
| Terminal / dive speed | 150+ km/h |
| Endurance | 40 min |
| Payload capacity | 300 g |
| Operational range | 20 km |
| Telemetry range | 2 km |
Dimensions
| Parameter | Value |
|---|---|
| Wingspan | 1320 mm |
| Length | 850 mm |
Systems
| Parameter | Value |
|---|---|
| Propulsion | Electric* |
| Navigation | GNSS / INS |
| Operating temperature | −20°C – +50°C |
Shark ecosystem
Shark components handle the aircraft's flight control, telemetry, and mission management.
Shark SkyLine FCU Series
Flight control and navigation
Shark Link
Telemetry and communications
Shark GCS
Mission planning and ground control
Frequently asked questions
Key information about flight, mission control, field operation, and procurement.
Discuss Shark Blue Mini with our team
Contact us for procurement options, system integration, and technical details.