400-1000nm Intelligent UAV-Borne Hyperspectral Monitoring System

400-1000nm Intelligent UAV-Borne Hyperspectral Monitoring System

Supplier
Hhitgroup
Category
Research & Education
Origin
China

The drone-port version of the UAV hyperspectral automatic monitoring system combines internally developed hyperspectral imaging, leading UAV flight platforms, and drone docking stations. Integrated flight control, video transmission, safety monitoring, automatic data processing, intelligent alerts, and remote upgrades greatly lower the barrier to use. The source describes it as the world's first truly unattended hyperspectral remote-sensing monitoring system. Synchronized multidimensional acquisition captures300-band hyperspectral data and HD visible-light photographs in a single flight.

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Overview

The drone-port version of the UAV hyperspectral automatic monitoring system combines internally developed hyperspectral imaging, leading UAV flight platforms, and drone docking stations. Integrated flight control, video transmission, safety monitoring, automatic data processing, intelligent alerts, and remote upgrades greatly lower the barrier to use. The source describes it as the world's first truly unattended hyperspectral remote-sensing monitoring system. Synchronized multidimensional acquisition captures300-band hyperspectral data and HD visible-light photographs in a single flight.

Specifications

ParameterValue
Load - Hyperspectral Camera - Spectral Range400-1000nm
Load - Hyperspectral Camera - Spectral Resolution≤3.5nm
Payload - Hyperspectral Camera - Maximum ApertureF2.8
Payload - Hyperspectral Camera - Instantaneous Field of View [f=16mm]1.56mrad @f=16mm
Load - Hyperspectral Camera - Field of View [f=16mm]≥29° @f=16mm
Payload - Hyperspectral Camera - Spatial Channel Count [4x]360(4x)
Payload - Hyperspectral Camera - Spectral Channel Count [4x]232(4x)
Payload - Hyperspectral Camera - Slit Width25μm
Payload - Hyperspectral Camera - Slit Length8.5mm
Load - Hyperspectral Camera - Detector TypeCMOS
Payload - Hyperspectral Camera - Detector Active Area Size1/1.2"
Payload - Hyperspectral Camera - Pixel Bit Depth12bits
Load - Hyperspectral Camera - Frame Ratemax:120fps( max )
Payload - Hyperspectral Camera - Lens Focal Length16mm
Payload - HD Camera - Pixels500 ten-thousands
Payload - HD Camera - Spectral Resolutionbetter than 2.8nm
Payload - HD Camera - Voltage [DC]5VDC
Payload - HD Camera - Operating Current - Peak Current0.5A
Payload - Control and Acquisition Module - CPUI7
Payload - Control and Acquisition Module - Memory16g
Payload - Control and Acquisition Module - Hard Drive1TB
Payload - Operating Current - Peak Current3A
Payload - Input Voltage13.6V
Payload - Weight≤1kg
Payload - Operating Temperature0-40℃
Payload - Storage Temperature0-50℃

Applications

Water quality and environmental protection: monitoring total nitrogen, total phosphorus, ammonia nitrogen, chlorophyll, turbidity, permanganate index, and more. Soil monitoring: moisture, fertility, and heavy-metal contamination. Geological applications: mineral mapping, mineral composition detection, and mineralization prediction. Agricultural and forestry carbon sinks: agricultural surveying, pest and disease control, and tree species identification. Defense and military: camouflage identification, unmanned reconnaissance, and more.

Key Features

Unattended operation: a lightweight hyperspectral payload with industrial drones and automated docking stations enables automatic mission planning/execution. Drones fly autonomously, support intelligent route planning and dynamic obstacle avoidance, greatly improving operational flexibility/safety. Remote management: real-time ground-station feedback shows equipment status, progress and data streams; operators can monitor or take manual control at any time to ensure successful missions. Built-in intelligence: multiple deep-learning algorithms allow users to import models, train and upgrade independently, expanding scenarios and improving accuracy. Real-time inversion: hyperspectral data undergo preliminary processing/inversion, with results uploaded to a cloud platform for immediate decisions. Multiple scenarios: built-in water-quality and vegetation-index algorithms support agriculture, forestry, water and cities in one integrated low-altitude remote-sensing system. Third-party calibration: high-accuracy laboratory or online-station data automatically calibrate airborne analyses, correcting systematic errors and improving accuracy.

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Supplier Information

Hh
Hhitgroup
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Hangzhou Gaopu Imaging Technology Co., Ltd., founded in 2019, is dedicated to leading the industrial application of domestic high-performance spectral vision technology, accelerating the deep integration of artificial intelligence and spectral vision technology, and providing global industry customers with multidimensional intelligent perception 'new quality productivity tools'. Based on self-developed dispersive spectroscopy hyperspectral imaging technology, the company can provide high-performance hyperspectral cameras covering the full spectral range of 200nm-2500nm for scientific research and industry customers, forming a complete technology chain from hardware to software algorithms and from data to results, and continuously expanding application solutions of spectral vision in low-altitude remote sensing, industrial inspection, medical imaging and other scenarios, helping various industries' multidimensional intelligent perception needs.

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400-1000nm Intelligent UAV-Borne Hyperspectral Monitoring System
Hhitgroup · Research & Education
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