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Unmanned aerial vehicle payload

High-Precision Infrared Detection Payload (Night Vision) RK-ZH1072

The RK-ZH1072 (night vision type) is a UAV-mounted detection instrument that integrates a high-precision infrared lens with a starlight night vision lens. Its high-sensitivity infrared core enables high-precision temperature measurement with temperature consistency reaching ±0.5℃. The dual-light integrated gimbal can quickly and accurately acquire the surface temperature and high-definition images of the target object without getting close. Integrating AI intelligent recognition algorithms, it automatically identifies and extracts the temperature of the measured equipment, enabling real-time, fast, and accurate equipment detection and timely identification of potential problems. Autofocus is implemented, improving detection efficiency and significantly enhancing imaging quality and temperature measurement accuracy.

High-Precision Infrared Detection Payload (Visible Light) RK-ZH1071

RK-ZH1071 (Visible Light) is a high-precision UAV-mounted detector that integrates infrared and visible light lenses. The high-sensitivity infrared core enables high-precision temperature measurement, with temperature consistency reaching ±0.5°C. The dual-light integrated gimbal can quickly and accurately acquire the surface temperature and high-definition images of the target object without getting close. Integrated with AI intelligent recognition algorithm, it automatically identifies and extracts the temperature of the measured equipment, achieving real-time, fast, and accurate equipment detection and timely identification of potential hazards. Automatic focusing improves detection efficiency and significantly enhances imaging quality and temperature measurement accuracy.

Miniature Airborne Ultraviolet Detection Payload RK-ZH1060-01

Can carry multiple small UAVs; more convenient to carry

High-precision Visible Light Wind Turbine Monitoring Load RK-ZH2080

This camera uses an LR1 lens, features a large CMOS sensor, and boasts a high shutter speed, making it suitable for dynamic imaging. Paired with an 85mm fixed-focus lens, it can currently clearly capture 1-2mm defects from 35m away. The camera has a maximum resolution of 6800W and is equipped with a 100m high-speed laser ranging device that can trigger the photo function. Mounted on a self-developed heavy-duty gimbal, it can be flexibly adapted to various manufacturers' drones and applied to wind turbine blade inspection, bridge crack detection, and power system inspection.

Fully Intelligent Unmanned Aerial Vehicle Lidar RK-ZH1050

Based on an intelligent wire-locking flight algorithm, the drone can automatically identify and track the wire, achieving autonomous inspection. Using a DJI M300 multirotor drone as the sensor payload platform, the intelligent wire-locking algorithm is implemented through software development to achieve automatic side-following flight. A gimbal camera captures inspection photos automatically, and an AI defect recognition platform automatically identifies defects and generates inspection reports.

Airborne Four-in-One Ultraviolet Detection Payload RK-ZH2090

The airborne four-in-one ultraviolet detection payload RK-ZH2090 is a UAV payload integrating visible light, infrared, and ultraviolet laser ranging. It simultaneously collects information such as abnormal electrical discharge, abnormal heat, and high-definition surface images of electrical equipment by overlaying and fusing ultraviolet detection with visible light and infrared images. This allows for precise localization of discharge location and intensity, enabling live, energized inspection. Utilizing a French PHOTONIS solar-blind ultraviolet core, it achieves high-sensitivity single-photon detection in the solar-blind region. Through algorithm overlay and fusion, it ensures the consistency of photon counts, enabling quantitative analysis of equipment defects. It supports various aircraft and monitoring platforms through an SDK development platform. It can be applied to the power system, new energy, rail transit, and communication industries.

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RockBot Technology was founded in 2002 and is headquartered in Wuning Science and Technology Park, Shanghai. It is a high-tech enterprise mainly providing customers with intelligent inspection products and comprehensive application solutions.

Company Address: No. 1517, Gangyuan Sixth Road, Licheng District, Jinan City, Shandong Province

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