1. Metrology - Laboratory
  2. Inspection and Monitoring
  3. Hexarotor UAV
  4. Shenzhen Keweitai Enterprise Development Co.,Ltd

Hexacopter UAV KWT-X6L-Q
mappingaerial photographymonitoring

hexacopter UAV
hexacopter UAV
hexacopter UAV
hexacopter UAV
hexacopter UAV
hexacopter UAV
hexacopter UAV
Add to favorites
Compare this product
 

Characteristics

Type
hexacopter
Applications
mapping, aerial photography, monitoring, for industrial applications, for offshore applications, inspection, civilian, observation, for photogrammetry, instrument, for telecom applications, gas detection, for logistics, for heavy loads
Other characteristics
carbon fiber, autonomous, lightweight, tethered, composite, waterproof, live data transmission, with thermal camera, infrared camera, micro, radio-controlled, gyrostabilized turret, floating, collision-tolerant
Endurance

150 min

Payload

2.5 kg
(5.512 lb)

Description

KWT-X6L-Q hydrogen fuel drone is a new energy drone with world advanced level. Its time is more than 2 hours, which greatly extends the imagination of the drone, with the advantages of high durability, clean environmental protection, and low noise, high IP index, safe and reliable. Adopt PE MPC hydrogen fuel cell system with more mature technology and more stable performance. Its intelligent battery management system is designed for real-time acquisition of battery data during flight to ensure maximum efficiency. Using the DMI View App can not only confirm the information of the fuel cell pack, but also control the flight of the drone, and set the route to let the drone fly automatically throughout the flight. At the same time, by setting the app, the drone can also automatically return to the take-off point when the hydrogen fuel is insufficient, ensuring safe flight. Hybrid power system. A hybrid power system consisting of a 2.6kW fuel cell pack and a lithium battery is used to increase the instantaneous maximum power of the drone, to improve the reliability of fuel cell stacks and is equipped with emergency landing devices to ensure stability. Automatically return to the take-off point when the hydrogen fuel is insufficient to ensure safe flight Integrated molding design ensures maximum efficiency of fuel cell system and UAV system modules The fuselage design effectively protects the fuel cell system, achieves a high IP index, and effectively achieves rain and dust protection.

VIDEO

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.