hexacopter drones have six motors and propellers, providing redundancy. If one motor or propeller fails, the hexacopter can still maintain controlled flight. This redundancy is valuable for applications where reliability is crucial, such as aerial photography and industrial inspections.
hexacopter drones generally have a higher payload capacity compared to quadcopters of similar size. this makes them suitable for carrying heavier cameras and sensors.
hexacopter drones s tend to be more stable in windy conditions due to their additional motors and thrust. This stability is valuable for applications like aerial photography and mapping, where consistent and stable flight is essential. hexacopter drones can be customized for specific applications that require additional sensors, cameras, or equipment.
the choice between a hexacopter and a quadcopter depends on the specific mission or application. Hexacopters are often preferred when redundancy, stability in adverse conditions, and higher payload capacity are required. Quadcopters, on the other hand, are suitable for simpler applications, where cost and ease of use are important considerations. It's essential to carefully assess the requirements and constraints of your project to determine which configuration is better suited for your needs.
often referred to as a drone, is an aircraft that operates without a human pilot on board. UAVs can be controlled remotely by a human operator or operate autonomously through onboard computers or remote control systems. these aircraft are used in a wide range of applications, including military, commercial, scientific, recreational, and more.
UAVs come in various sizes and configurations, from small quadcopters and fixed-wing aircraft to larger, more complex systems. This versatility allows them to be adapted for different purposes. many UAVs are operated by a human pilot using a remote control unit or a ground control station, which includes a control interface and communication equipment.
some UAVs are capable of autonomous flight using onboard sensors, GPS, and sophisticated navigation systems. They can perform tasks and return to their base without continuous human intervention. drones equipped with cameras are used for capturing aerial photos and videos for various purposes, including filmmaking, surveying, real estate, and event coverage.
hexacopter unmanned drones are known for their stability, especially in windy conditions. the extra rotors contribute to improved balance and resistance to external forces, making them valuable for aerial photography, videography, and inspection tasks that require stable flight. hexacopter unmanned drones are versatile and can be used in various industries and applications. they are employed for aerial photography and videography, industrial inspections, agricultural surveys, search and rescue operations, mapping and surveying, and more.
types | HY-FOA-1100 | ||||||||
wheelbase | 1100mm | ||||||||
drone weight | 5200g | ||||||||
load mass | 5500g | ||||||||
satellite positioning module | GPS, Beidou, GLONASS | ||||||||
endurance time | 40 minutes | ||||||||
control radius | 10km | ||||||||
maximum flight speed | 88km/h | ||||||||
flight altitude | 5000m | ||||||||
Maximum wind resistance level | level 7 | ||||||||
battery type | Smart lithium battery | ||||||||
battery capacity | 29000mAh | ||||||||
obstacle avoidance function | support | ||||||||
flight control | Multi-attitude flight modes such as fixed altitude, fixed point, autonomous cruise, one-button takeoff and landing, low voltage protection, automatic return to home, preset no-fly zone, electronic fence | ||||||||
operating temperature | -20~60C | ||||||||
expand size | 1180(W)*1300(D)*570(H)mm | ||||||||
recycling methods | umbrella fold | ||||||||
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