HC-545 VTOL Fixed-Wing UAV-Honeycomb UAV

HC-545 VTOL Fixed-Wing UAV

Long-Range; Wide Coverage; Heavy-Payload; Full Capability

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Advantages and Features

The medium-sized HC-545 VTOL fixed-wing UAV features a high-wing compound aerodynamic layout. Fully built with carbon fiber composites, the aircraft is lightweight and robust. Its wings, tail booms and VTOL assemblies adopt quick-detachable modular structures to enable easy assembly, disassembly and transit. Equipped with standardized universal mounting interfaces, the airframe supports a wide range of mission payloads, such as EO reconnaissance systems, aerial survey & 3D modeling equipment, airborne communication units, LiDAR, satellite communication terminals and acoustic-optic devices. It is applicable to multiple sectors, including land surveying and mapping, pipeline inspection, wildfire prevention, emergency rescue, border security, aerial relay and scientific research tests.

8-Hour Gasoline-Powered Long Endurance
Max 50kg Expandable Payload
50/100/150km Long-Range Encrypted Video Link
VTOL, Rapid Deployment

Dual Configuration Options,
Adaptable to Plains and Plateaus

Modular Payload Ecosystem for All-Industry Operations

Reconnaissance, Surveying, Communication & Emergency. Payload Compatibility for All Aerial Operations

Triple-Sensor Gimbal30× Optical Zoom

When equipped with the electro-optical gimbal, the HC-545 is applicable to inspection, emergency search & rescue and other scenarios. This 2-axis triple-sensor target positioning gimbal integrates a 30× optical zoom visible-light camera, a 640×512 high-resolution infrared camera, a laser rangefinder and a high-precision gyro-stabilized platform, enabling all-weather operation.

Rapid 3D Modeling Payload

Equipped with the rapid 3D modeling payload, the HC-545 can swiftly collect aerial survey data and generate 3D models in real time. Data can be synchronously uploaded to the Emergency Command Unified Platform of the Ministry of Emergency Management, supplying frontline and rear command centers with live 3D situational maps to support disaster analysis and assessment.

LiDAR

The HC-545 UAV System supports LiDAR mapping equipment. This new-generation domestic long-range LiDAR system features long detection range, high precision and easy operation. Equipped with high-precision inertial navigation and an integrated camera, it synchronously collects laser point clouds and visible-light imagery. It efficiently covers large-area and ultra-long strip survey zones and generates high-precision, high-density point cloud maps for complex terrain.

Loudspeaker

The HC-545 UAV System can be equipped with a loudspeaker, a UAV-dedicated long-distance audio broadcasting device. It features strong sound penetration, excellent magnetic shielding and ultra-high sound pressure for clear long-distance voice transmission. Effective broadcast distance reaches 1000 meters.

Searchlight

Equipped with lighting equipment, the HC-545 UAV System carries a 100W luminaire with active and passive dual heat dissipation. The light source has a service life of 50,000 hours. It features a narrow beam angle, long illumination range and uniform spot brightness to provide optical support for nighttime emergency operations.

Multispectral Camera

Equipped with a multispectral camera, the HC-545 UAV System deploys a payload with 12-megapixel per channel, 12-bit global shutter. Bands between 400nm and 1000nm can be customized. It delivers high radiometric accuracy with relative reflectance calculation error ＜5%, and high geometric precision with global calibration residual ≤0.5 pixels. Suitable for fixed-wing and VTOL UAVs, this high-efficiency payload supports spectral monitoring in agriculture, forestry and environmental protection.

Airborne Satcom-on-the-Move Antenna System

Equipped with a high-performance airborne communication base station, the HC-545 UAV supports external high-gain antennas. High-power output greatly extends signal coverage. It supports all types of IP backhaul and is ready for immediate deployment via SON technology. The system can interface with standard EPC to enable collaborative operation. With large capacity, flexible deployment and low capital expenditure, it effectively expands network coverage and overall network capacity.

Triple-Sensor Gimbal