Shadow S3 Unmanned Helicopter

The Shadow S3 UAV is a lightweight yet high-performance unmanned aerial system designed for long-endurance missions in complex and demanding environments. With a maximum take-off weight of just 6.99 kg and an endurance of up to 100 minutes, it delivers an exceptional balance of portability, efficiency, and operational capability.

Smart Control Experience

• Innovation

• AI Recognition
  Target tracking and recognition

• User-Friendly Ground Station
  Shadow S3 comes with a standard new generation of ground control station with virtual joysticks, full touchscreen control with a game-like experience.

Ultra-Long Endurance

• Smart Battery System
  Shadow S3 is equipped with a smart battery.
  The speed and pitch adaptive control responds to change within a millisecond.

Lightweight and Portable

• Backpack-Carry Design
  Shadow S3 can be easily transported and carried in a backpack due to small size, modular design, and no requirement for a tool box.

Fearless in Harsh Environments

• Wind Resistance Level 7
  Wind resistance capability of Shadow S3 is level 7.

• Integrated Safety Systems
  S3 comes with integrated RTK and a 4D millimeter-wave radar obstacle avoidance module, effectively guaranteeing flight safety and stability.

• RTK Centimeter-Level Positioning
  Stable hovering and precise flight

Intelligent Obstacle Avoidance

• LiDAR Detection

• 4D Millimeter-Wave Radar

• Intelligent Obstacle Avoidance

Diverse Payloads & Expansion

• Diverse Payloads
  Shadow S3 supports tri-sensor gimbal camera, megaphone + searchlight kit, and other payloads.

• Universal SDK
  Enables customized development tailored to different industries.

AI & Inspection Capabilities

• AI Recognition and Terrain-Following Features
  Integration of AI recognition, tracking and terrain-following flight capabilities comprehensively increase the overall efficiency and quality of inspections to a whole new level.

Reliability & Redundancy

• Component Detection
  Detection of proper installation of components avoid misoperation

• Multiple Redundant Designs
  Multiple redundant designs such as inertial navigation and positioning

• Return to Home
  Low battery or loss of connection trigger the automatic return to home/launch