Supercam X4S

Supercam X4S UAV is a multi-rotor unmanned aerial vehicle designed for industrial inspection of hazardous areas and spaces inaccessible to other UAV types. The drone is equipped with a collision avoidance system, EO or IR camera, and optionally with various sensors.

The UAV has a freely rotating gimbal with a carbon fiber spherical protective frame. The frame reliably protects it from collisions with surrounding objects. The drone control is based on a video stream received from a high-resolution camera installed onboard the aircraft. Visual navigation and protective carbon sphere allow inspections in places where there is no GPS / GLONASS signal.

The unmanned aircraft is designed for industrial inspection of confined spaces and hazardous areas. The drone can also be used to inspect the overpass, the internal part of storage tanks, ships, reactors, cellular network mast towers, high-rise and other dangerous and inaccessible objects.

Dimensions - Ø 400 mm
Endurance - 15 min
Speed - up to 30 km/h
Radio link range - up to 1 km
Video transmission range - 1 km
Max flight range - up to 1 km
Max takeoff weight - 1.5 kg
Operational height - up to 500 m
Takeoff / landing
Deployment time - 5 min
Takeoff - vertical
Landing - vertical
Flight modes - manual
Diagnostics - automatic self-diagnostics of the ground and onboard equipment
Operational conditions
Wind speed - up to 8 m/s
Operational temperature - from –20°С to +45°С
Weather conditions - moderate rain or snow
Payload options
- Video camera with pitch rotation
- Thermal imaging camera
- The Airflow type gas detector with plug-in sensors

Performance capabilities

  • Flight mission correction (waypoints adding, removing and moving) and complete reload, reading of the mission from the other GCSs during the flight
  • Automatic control system (ACS - UAV autopilot) provides the UAV flight at a specified altitude, the specified horizontal and vertical maneuvers performance, as well as the flight mission performance
  • UAV performs the automatic flight according to the specified course and can hover over the object. The fly-over point can be moved by the operator in real time, taking into account wind corrections or inaccuracies of the electronic map
  • Protection against loss of control (in case of communication loss, the UAV returns to the launch point and performs the automatic landing)
  • GCS voice module (voice announcement of all commands and current changes in flight conditions, wind speed, and the flight mission performance)
  • Connection of GCS to the Internet as a web server with the full-featured remote terminal functions
  • Flight mission creation based on the height map
  • Possibility of the UAV control transferring from one GCS to another
  • Semi-automatic control can be performed with the multifunctional gamepad
  • 4 UAVs simultaneous operation
  • UAV automatic return to the specified point
  • Autonomous takeoff and landing
  • UAV control with two GCSs
  • GCS operation in motion capability
  • Manufacturer's software with update services