The 5G link can achieve ultra clear live streaming, overcome data link limitations, and ensure uninterrupted business, visible status, and controllable equipment even in interference environments. It provides a new solution for traffic diversion, security inspection, emergency rescue, transportation logistics, and other scenarios.
It can accurately detect obstacles within the target range, and automatically return in case of weakened or lost positioning signals. Its excellent obstacle avoidance ability brings a more reliable flying experience, and it can flexibly respond to complex environments and various operational scenarios.
Technical parameter
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Model
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M-8T
|
|
Wheelbase
|
486mm
|
|
Weight
|
1860g
|
|
Maximum takeoff weight
|
2300g
|
|
Maximum flight duration
|
41min
|
|
Maximum ascent speed
|
8m/s
|
|
Maximum descent speed
|
6m/s
|
|
Maximum tolerable wind speed
|
12m/s
|
|
Maximum takeoff altitude
|
7000m
|
|
Communication distance
|
15km(FCC)
|
|
8km (CE/SRRC/MIC)
|
|
Wide angle visible light lens
|
1/1.49inch CMOS
|
|
Wide angle visible light effective pixel
|
50 million
|
|
Telephoto visible light lens
|
1/2-inch CMOS optical zoom 10x
|
|
Hybrid zoom of 160x
|
|
Long focal visible light effective pixel
|
48 million
|
|
Infrared lens
|
1280X 1024
|
|
Laser ranging
|
10~1500m
|
|
IP protection level
|
IP43
|
|
Hovering accuracy (RTK)
|
Vertical:1.5cm+1ppm
|
|
Horizontal:1cm +1ppm
|
|
The above parameters are for reference only. Detailed product parameters are subject to actual delivery.
|
Inspection drone E02 hangar
The hangar can be used in conjunction with E02 drones to achieve fast charging, with the battery charging from 10% to 90% taking only 35 minutes. It supports precise landing at night, external fill light, UAV in position monitoring, frog leaping patrol, RTK base station, edge computing module, cabin door heating to prevent freezing and support lightning and salt fog. Adopting self-organizing network relay communication, long-distance inspections can be conducted in a network free environment without losing contact; There is a weather information system inside the hangar that can provide advance knowledge of weather conditions and plan tasks accordingly. The drone charging hangar has a deep standby function, with standby power consumption reduced to 10W, and can be in long-term standby mode when powered by solar energy. Support remote control of drone operations, capable of route planning, equipment management, and other operations. It can connect to various industry application platforms and use drones as carriers to obtain more perception information. It can be deployed on the ground, rooftops, towers, and other locations.
Parameters
|
Drone hangar
|
|
Size
|
649*551*371mm（cabin door is closed）
|
|
Weight
|
Around 44.8kg
|
|
Power supply mode
|
Electric supply: 100~240V AC,50/60Hz
|
|
Emergency battery: around 5h
|
|
Charging duration
|
Around 35min
|
|
Transfer rate
|
≤200Mbps （aircraft to hangar）
|
|
Inspection work scope
|
≤8000m
|
|
Cruise wind resistance grade
|
12m/s
|
|
Landing wind resistance grade
|
8m/s
|
|
Working temperature
|
-20℃~50℃
|
|
Working altitude
|
≤5000m
|
|
Working environment humidity
|
＜95%
|
|
Protection grade
|
IP55
|
|
Temperature control
|
air-conditioning
|
|
Out of cabin inspection
|
Temperature, humidity, wind speed, rainfall, and lighting
|
|
Cabin inspection
|
Temperature, humidity, smoke, vibration, immersion
|
|
4G communication
|
Users can choose their own SIM card
|
|
Camera
|
Indoor and outdoor cameras
|
|
The above parameters are for reference only. Detailed product parameters are subject to actual delivery.
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