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Disaster Reconnaissance, Mission Accomplished
The HC-325 has a four-rotor layout, folding design, easy transportation, and takes up little space. It has the ability of multi-rotor hovering, autonomous takeoff and landing and route planning, supporting semi-autonomous flight beyond visual range, fast takeoff and landing, high-precision inspection, and is suitable for a variety of complex emergency operating environments.
Max payload 3kg
70min (2kg payload)
Semi-solid lithium battery
Multi-GPS redundant design
Autonomous flight beyond visual range
Compatible with multiple payload platforms
Honeycomb Aerospace UAVs adopt semi-solid lithium batteries. Compared to traditional batteries, the performance and safety of batteries are improved by 30 - 35%, providing a solid guarantee for the efficient operations of UAVs.
The full frame oblique camera, which is combined with advanced photography technology and innovative design, has excellent performance. This enables the more accurate and comprehensive acquisition of real data of the disaster area. Whether it is the buildings, roads, terrain, or other geomorphic features of the disaster area, it can capture images with rich details.
The triple-lens camera enables efficient collaboration among a four-sensor hybrid camera, a zoom camera, a thermal imaging camera, a laser rangefinder, and a wide-angle camera. It is equipped with a 640×512 high-resolution thermal imaging sensor, 1200m high-precision laser ranging, 180x hybrid zoom, 30x optical zoom, and — with a 1/2.7 inch SONY CMOS — supports 4K-level video recording and photography. Additionally, it features a 2K ultra-wide angle, a powerful AI tracking and recognition function based on a neural network processor, infinite rotation of the heading axis, an upgraded shock absorption quick-release structure, and a rich gimbal control interface that can be compatible with third-party link products. The high-precision control algorithm maintains stable zoom and imaging effects during flight.
The HC-325 is equipped with a semi-solid lithium battery module and has a max flight time of 70min with a 2kg payload
Flight time
Possess the capabilities of multi-rotor hovering, autonomous takeoff and landing, and route planning, and support automatic flight beyond visual range. Support online switching of flight modes (automatic/manual). Be able to control the flight states of the aircraft, such as attitude, altitude, heading, and position, and achieve stable and reliable automatic flight. Adjust the flight plan at any time (based on waypoints) with the dual control mode. Connect an external digital radio. Adopt dual GPS and dual IMU to realize system redundancy and backup. Have multiple no-fly zone function limitations.
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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