application of samll hexarotor UAVs 180; high-precision centimeter-level positioning. supports base station-free post-PPK differential calculation. fully automatic take-off and landing, compact and convenient
hexacopter unmanned drones have six rotors arranged in a hexagonal configuration. The additional rotors provide more lifting power and stability compared to quadcopters, which have four rotors. hexacopter drones are capable of carrying heavier payloads than quadcopters or smaller drones. this makes them ideal for applications that require the transport of heavy cameras, sensors, or equipment.
hexacopter unmanned drones can be customized to meet specific mission requirements, including equipping them with various sensors, cameras, and other specialized equipment. hexacopter unmanned drones may require more advanced flight control systems to manage the additional rotors and maintain stability. These control systems help optimize the performance of the drone.
the drone can adjust the propeller speed based on the drone’s current position and velocity with other controllers,but without an integral controller, the drone would struggle to maintain a stable hover position. the drone uses its propellers to generate an upward force that counteracts the force of gravity pulling it down.
drone is a more colloquial and widely used term, often associated with consumer and commercial unmanned aircraft. It is a simplified way of referring to UAVs.
drones are typically smaller, consumer-oriented aircraft used for various purposes such as aerial photography, videography, recreational flying, and commercial applications like surveying, mapping, and inspection. in popular usage, the term "drone" is often used to describe small, multirotor aircraft like quadcopters, but it can also refer to other types of UAVs.
types | HY-FOA-x180 | ||||||||
wheelbase | 397mm | ||||||||
drone weight | 1237g | ||||||||
load mass | 1250g | ||||||||
frequency RTK GNSS | GPS, Beidou, GLONASS | ||||||||
multi frequency RTK GNSS | GPS, Beidou, GLONASS | ||||||||
endurance time | 36 minutes | ||||||||
control radius | 10km | ||||||||
maximum flight speed | 88km/h | ||||||||
flight altitude | 5000m | ||||||||
maximum wind resistance level | level 8 | ||||||||
operating frequency | 2400GHz~2485GHz,5725GHz~5850GHz | ||||||||
frequency RTK GNSS | GPS, Beidou, Galileo(asia).GPS, Galileo, GLONASS(non asia) | ||||||||
multi frequency RTK GNSS | GPS: L1/L2, Beidou:B1/B2, GLONASS: L1/L2, Galileo:E1~E5 | ||||||||
positioning accuracy | vertical:1.5cm+1ppm(RMS), horizontal:1cm+1ppm(RMS). | ||||||||
hover accuracy (RTK on) | vertical:+/-0.1m, horizontal:+/-0.1m. | ||||||||
hover accuracy (RTK off) | vertical:+/-0.5m, horizontal:+/-1.5m. | ||||||||
battery type | Smart lithium battery | ||||||||
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 | -10~40C | ||||||||
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