Transmission Line 8 Spirals Wing Drone Professional Unmanned Aerial
Vehicle
Type | 8 rotors | QTy |
Body material | Full carbon fiber | 4 |
Brushless motor | | 8 |
Flight control+GPS | DJ-V2 | 1 |
HD camera | | 1 |
Image transmitter | 5.8 | 1 |
Remote control | TIANDIFEI AT9 | 1 |
Ground display | | 1 |
OSD | | 1 |
PACKAGE | | 1 |
Charger | | 1 |
Dispenser | | 1 |
Display battery | 11.1V 2200mA | 1 |
Take-off and landing mode | Vertical take off and landing | |
Remote control, remote sensing range | ≤1.5km | |
Standard flight weight | 8kg | |
Effective load weight | 5kg | |
Battery type | Lithium battery 22V 16000mA | 2 |
Load flight time | About 15-20 minutes | |
Max flight speed | 14m/s | |
Relative flying height | 0-2000m, as per country's limited flying height | |
Flying speed | 0-15m/s (0-54km/h) | |
Flight navigation control accuracy | Vertical 0.5m, parallel 1m | |
Working temperature | -40°C-60°C | |
Application
With the development of economy and the advancement of science and
technology, drone technology has become more and more mature. UAVs
will usher in a new stage in the power industry. Utilizing unmanned
racks to set up lines will not only reduce the incidence of
personal accidents, but also effectively reduce them. The cost
budget of the power companies has also improved the efficiency of
power grids. The drone drone shortens the week required for the
preparation and construction of the conventional wire laying to one
morning, completely solving the terrain problem that plagues the
power line. The UAV system can be retrofitted with a thermal
imaging camera. The night patrol function can patrol the company's
photovoltaic power station, which is better suited to the long-term
development of the company.