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PRODUCTS
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Airborne Four-in-One Ultraviolet Detection Payload RK-ZH2090
Category:
Product Details
- Product Description
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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.
Product Features
Multispectral: Supports visible light, infrared thermal imaging, and ultraviolet detection overlay fusion for precise positioning
Real-time: Ambient temperature and humidity, detection distance, infrared temperature measurement, and photon values are calculated synchronously
Sensitivity: Uses imported PHOTONIS (France) core components to achieve high-sensitivity single-photon detection
Lightweight: Smaller core size, high integration, reduces UAV payload
Technical Parameters
Solar-Blind Ultraviolet Camera
Resolution
1280x720
Field of View
24°x20°
Wavelength Range
240-280nm
Sensitivity
<1x10⁻¹⁸ W/cm²
Global Thermometry Infrared Camera
Resolution
640x512
Field of View
45.8°x37.3°
Wavelength Range
7.5-14um
Spatial Resolution
1.32mrad
Focal Length
9mm
Pixel Pitch
12um
Variable Zoom Visible Light Camera
Resolution
8000x6000
Effective Pixels
48 million
Field of View
9°-52°
Optical Zoom
10x
ToF Laser Rangefinder
Detection Distance
1-100m
Wavelength
900nm
Other Parameters
Gimbal
DJIX-Port
Thermometer and Hygrometer
Built-in
Weight
1.05kg
Protection Level
IP45
Power Consumption
11W
Computing Power
6.0T
Supported Models
M300RTK/M350RTK
Environmental Applicability
Stable operation under strong electromagnetic interference
AI-assisted photography for autonomous drone inspection
This system integrates AI edge computing, lightweight and pruning optimization of network AI models, automatic camera control, intelligent sensing exposure, and AR technologies into an edge computing intelligent system. It is a suite of auxiliary tools for autonomous drone inspection tasks. Without changing existing drone equipment, flight path results, inspection APP operation processes, and usage habits, it can be quickly and easily integrated into existing APP software, enabling real-time flight path AR inspection, high-precision AI-assisted image capture, automatic control of gimbal cameras, and intelligent sensing exposure functions. It is compatible with all DJI industry RTK models and 35kV-1000kV voltage level line inspections.
1. AR inspection of autonomous drone inspection routes; built-in AR augmented reality technology, real-time display of the spatial relationship between the route and the towers.
2. AI-assisted photography technology service for real-time target recognition during autonomous drone inspection; supports real-time target detection application scenarios and can perform high-precision identification of typical power targets such as cross-arm hanging points, insulator strings, conductor hanging points, and ground wire hanging points.
3. Automatic zoom and autofocus of the inspection targets during autonomous drone inspection.
4. Real-time scene judgment capability at the front end of autonomous drone inspection and intelligent exposure compensation.
Intelligent Management Platform
The RK-MP autonomous drone inspection and control platform is a data control, AI image recognition, and big data value mining application system specifically designed for drones and nest inspections. It is mainly used for intelligent operation and maintenance of drones and nests, achieving systematization and intelligence on the platform. Through three-dimensional visualization and full-process control, it realizes the interconnection of data between the field and the backend, forming a complete closed loop for drone inspection work, improving inspection efficiency, improving data analysis efficiency, enhancing data control application levels, and achieving standardized management of results.
Unifying the management of enterprise resources, operation and maintenance equipment, planned tasks, machine inspection results, and line defects, realizing real-time sharing and three-dimensional visualization of resource results, full life cycle management of equipment, and functions such as big data statistical analysis and early warning; the platform, together with the flight control module and nest control module, constitutes a complete operation and maintenance solution, integrating big data, artificial intelligence, the Internet of Things, and cloud computing technologies.
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DJI M30T |
M300 Drone Mobile Nest Vehicle |
Drone Nest |
Drone Photovoltaic Inspection System
Drone Wind Turbine Inspection System
Drone Power Line Inspection System
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On-site Operation Demonstration |
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High-altitude Snow Mountain Operation |
Mountainous Forest Land Operation |
Mountainous Area Operation |
Distribution Network Inspection |
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Gobi Desert Operation |
Gobi Desert Operation |
Forest Area Operation |
Desert Operation |
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Service Hotline:
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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