The Cobit unmanned automatic helipad system is a visual cloud-based operating system that integrates autonomous drone flight, swarm scheduling, and data processing. It consists of an autonomous drone airport, external intelligent weather stations, industrial drones, and the Tianmu scheduling system to form an intelligent inspection and monitoring platform. This system enables various functions such as autonomous charging, battery management, flight path planning, autonomous takeoff, automatic inspection, remote control, fixed-point hovering, real-time image transmission, precise landing, and rapid charging for resumption of flight. It truly achieves unattended operation, remote control, intelligent data processing in the background, and automated tasks.
Hangar type: Rechargeable hangar
Main materials: aluminum alloy, steel
Dimensions: 1800*1600*1550 mm (when the hatch is closed)
Weight: ≤400 kg
Standby power supply: UPS standby power supply
Operating power: Under standard conditions: ≤1200W; At peak load: ≤2600W
Protective measures: Equipped with smoke detectors, temperature sensors, circuit breakers, etc.
Temperature control: Equipped with heating and cooling air conditioning systems.
Lightning protection: Equipped with lightning rods
Meteorological monitoring: Equipped with a weather station, instruments for measuring wind speed, wind direction, rainfall, temperature, humidity, and air pressure can provide real-time feedback on weather conditions.
Precise landing: RTK + visual technology for precise landing
Protection level: IP54
Operating temperature: -20°C to 65°C
Storage temperature: -10°C to +60°C
Resistance to electromagnetic interference: 100 A/m (power frequency magnetic field)
Joystick control: The platform supports the use of a joystick to control the drone.
Connection method: Wired network / 4G / 5G
Job response time:
The apron lift will raise the drone to the takeoff position within ≤3 minutes.
Safe, efficient, and 24/7 intelligent inspection capabilities can be customized according to customer needs and specific application scenarios, thereby enhancing the security capabilities in key areas.
It has enabled industrial drones to perform automatic cruising, reconnaissance of key targets, autonomous landing, automatic charging, as well as intelligent identification and diagnosis functions.
There is no need for operators to control the drone in person, which reduces the workload on those responsible for operation, simplifies maintenance tasks, and improves response times.
It has broad application prospects in various industries such as power inspection, river inspection, construction site inspection, and traffic inspection.
The automatic helipad is compatible with a variety of quadcopter drones with an inner wheelbase of up to 980 mm, and supports 4G/5G data transmission.