Your shopping cart is empty!
UAV Hyperspectral Imager
Availability: In Stock
UAV Hyperspectral Imager
Product Code: ATE9010
application
The ATE9010 series drone-borne hyperspectral imagers represent the third-generation product launched by Optosky. This series consists of compact and lightweight micro-hyperspectral imaging systems designed for drone integration. Each system is composed of a highly stable hexacopter/quadcopter drone platform, a precision gimbal, a hyperspectral imager, a high-capacity storage system, and a GPS navigation module. ATE9010 (standard configuration) and ATE9010-W (wide field of view) are equipped with high-performance imaging detectors featuring 1920×1200 pixels and 2048×2048 pixels, respectively, delivering clear images with minimal noise. The ATE9010 series also includes a professional hyperspectral data acquisition and processing software package. The ATE9010 series drone hyperspectral imagers are designed for real-time acquisition and analysis of spectral information and imaging data from vegetation, water bodies, soil, and other targets. By analyzing hyperspectral imagery, correlations can be established between spectral features and the physicochemical properties of objects (such as plant species and growth conditions), making them suitable for applications like vegetation classification and growth monitoring. The entire system is compactly engineered, with the imaging spectrometer offering high spectral resolution. Utilizing an external push-broom imaging method, it enables efficient and flexible aerial remote sensing operations when mounted on drone platforms.
- Band Range: 400~1000nm
- Optimal Hyperspectral Resolution: Better than 1.5nm
- Wide Field of View: 16°@f=25mm (dependent on lens)
- Instantaneous Field of View: 0.167mrad@f=35mm (dependent on lens)
- Flight Altitude: 50~1000 meters, recommended 100-300m
- Compatible with DJI M350 drone, offering higher adaptability and lighter overall weight;
- Supports remote control via DJI M350 remote controller
- Ultra-Long Flight Time: Approximately 45 minutes, enabling extensive coverage.
- Band Range: 400~1000nm
- Optimal Hyperspectral Resolution: Better than 1.5nm
- Wide Field of View: 16°@f=25mm (dependent on lens)
- Instantaneous Field of View: 0.167mrad@f=35mm (dependent on lens)
- Flight Altitude: 50~1000 meters, recommended 100-300m
- Compatible with DJI M350 drone, offering higher adaptability and lighter overall weight;
- Supports remote control via DJI M350 remote controller
- Ultra-Long Flight Time: Approximately 45 minutes, enabling extensive coverage.
- Geological and Mineral Resource Exploration, Soil Monitoring
- Precision Agriculture, Crop Growth and Yield Assessment
- Forest Pest and Disease Monitoring, and Fire Surveillance
- Coastline and Marine Environment Monitoring
- Grassland Productivity and Pasture Monitoring, Ecological Environmental Protection, and Mine Surveillance
- Remote Sensing Education and Scientific Research, Meteorological Studies, Disaster Prevention and Control
- Lake and Watershed Environment Monitoring, Water Quality Inspection
- Agricultural and Livestock Product Quality Inspection
- Military, Defense, and National Securitytraditional benchtop spectrometers as well as portable miniature spectrometers for field applications.
- Geological and Mineral Resource Exploration, Soil Monitoring
- Precision Agriculture, Crop Growth and Yield Assessment
- Forest Pest and Disease Monitoring, and Fire Surveillance
- Coastline and Marine Environment Monitoring
- Grassland Productivity and Pasture Monitoring, Ecological Environmental Protection, and Mine Surveillance
- Remote Sensing Education and Scientific Research, Meteorological Studies, Disaster Prevention and Control
- Lake and Watershed Environment Monitoring, Water Quality Inspection
- Agricultural and Livestock Product Quality Inspection
- Military, Defense, and National Securitytraditional benchtop spectrometers as well as portable miniature spectrometers for field applications.
