Through Adaptive Wired Charging and Intelligent Power Management, Heisha provides a turnkey solution to automatically remote-charge commercial drones.
Land on the charging pad to automatically recharge any drone without human intervention.
15-minute integration with any drone platform. 10-seconds Click & Fly integration with DJI drones.
Software platform for remote monitoring, control and diagnostic in the cloud and local network.
•Vision based precision landing technology centimeter-level accuracy
•Unique locking structure for high reliability and safety
•Standard API, easy for further development
•Fast charge at high environmental temperature•High compatibility with all VOTL drones, including the entire series of DJI
•Get live HD video feed (up to 4K) over the cloud with latency <1 sec over 4G/5G
Land your drone on the charging pad, no matter the position, your drone will be put in the home position by the reposition bar then start charging automatically
Mutli-interface and serial port are reserved in advance for increasing the system expansion and integration ability
•Control interface: TTL
•The charging current is adjustable, max. 6A
•Input Voltage: 17.5V DC
•Effective landing area: 45*45cm
Our technology & Patents
Heisha’s D.Lock, a module designed for Drones and robot automation, machine vision, precision landing, computer vision, GPS denied navigation, Pixhawk, IRIS, Solo, Ardupilot . The detection range can reach to 500cm. The accuracy is up to 5cm.
A module combined with RF module and LTE module, support 2.4G/5.8G frequency.
It can reach 5 km transmission range in a city environment, up to 30 km in empty space.
Tailored DJI battery for fast charging and connected to the charging landing gear to realize the automatic charging by Heisha charging pad or any other external power supply
A light charging landing gear for DJI’s drone, making the DJI’s drone charging automatically possible, it can be customized for all types of DJI drones.
Our Product Manager
Wei Huang. Ph.D
Chief Technical Officer
Ph.D of Nanjing University of Aeronautics and Astronautics, more than 5 years experience of developing core algorithms for UAV flight control
Independently completed the development of UAV ground station software system
Completed the prototype development of UAV formation flight
Independently developed the full digital simulation system of fighter aircraft
More than 20 years experience of UAV development and integration
Won the first prize in the flying competition
Independently developed the hardware of automatic charging platform
Independently developed all kinds of UAVs, such as consumer and industrial