中文
Vertical Take-off and Landing, Easy to Operate
HC-526E adopts a modular design and is made of carbon fiber composite material. It is easy to disassemble and assemble and combines the application characteristics of both multi-rotor and fixed-wing UAVs. It is not subject to the restrictions of the landing site and has long endurance. Equipped with relevant task equipment, it can complete power inspection, pipeline inspection, land mapping, forest fire prevention, reconnaissance patrol and other tasks.
3h super long endurance
Max payload 5kg
Convenient takeoff and landing
Compatible with a variety of load platforms
Honeycomb Aerospace UAV with photoelectric camera can be used in inspection, security and emergency search and rescue and other scenarios. The camera integrates a 40x optical zoom visible light camera, and a high-precision gyro-stabilized platform, and adopts advanced AI recognition tracking technology to identify and track targets such as people and vehicles. With visible light real-time video return, close observation.
Honeycomb Aerospace UAV with photoelectric camera can be used in inspection, security and emergency search and rescue and other scenarios, the camera integrates high-resolution infrared camera, 40x high-definition visible light camera and gyro-stabilized platform, and adopts advanced AI recognition and tracking technology to identify and track targets such as people and vehicles, with visible light and infrared real-time video transmission, close observation and the ability to work all day.
Honeycomb Aerospace UAV with photoelectric camera can be used in inspection, security and emergency search and rescue and other scenarios, the camera integrates high-resolution infrared camera, 30x high-definition visible light camera and the longest measurement range of 1.5km laser rangefinder, and adopts advanced AI recognition and tracking technology to identify and track targets auch as people and vehicles, with visible light and infrared real-time video return. Point of interest and target positioning, close observation, and the ability to work all day.
Honeycomb Aerospace UAV equipped with oblique surveying and mapping camera enables high-precision, wide-range coverage, and high-efficiency aerial photography mission. It can adapt to an aerial photography task in various weather and natural environments, and is applicable in a surveying and mapping field such as emergency response and aerial photography. It is used in a scenario like land right confirmation, real-estate registration, stockpile measurement, and highway surveying and mapping. The camera features a modular fuselage component design and is equipped with multiple sensors.
Honeycomb Aerospace UAV with orthophoto camera can be used in traditional surveying and mapping industry, bridges, buildings and other special inspection scenarios. It can realize microsecond time synchronization between camera, gimbal, flight control and RTK, which can work without image control. The othophoto camera has a professional mapping lens integrated with multiple LD low dispersion lenses and multi-layer enhanced nano coating, which can filter the reflected light of the aerial view Angle, and the aerial film has stable quality, transparent imaging and other characteristics.
Honeycomb Aerospace UAV with laser radar meets the large-scale, high-precision, high-density point cloud data acquisition, can be used in pipeline inspection, terrain mapping, forestry resources survey and other fields. To provide data collection, processing analysis, report output and other system solutions for the industry. Laser radar integrates lightweight multi-line laser radar, high-precision combined navigation system and visible light camera, which has the characteristics of high precision, fast mapping and fast scanning speed.
The loads of Honeycomb Aerospace UAVs support third-party customization
The flight control system integrates the flight control computer and the micro integrated navigation system (GPS/INS). It has the functions of one-button automatic take-off, landing, hovering, loitering, return to home, altitude setting, parachute opening and various forms of autonomous cruise according to the scheduled route.
Autonomous Takeoff and Landing & Route Planning
Automatic Flight Beyond Visual Range
Control the Attitude of the Aircraft
Switch the Flight Mode Online
Empowering flight operations with unlimited potential
Empowering flight operations with unlimited potential
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