airborne camera

MIR Hyperspectral Imager

ATH1080
The ATH1080 is a hyperspectral imager specifically designed by Optosky for the mid- to far-infrared spectral bands.
Delivery
FOB
minimum order
1 unit
Country of Origin
Made in China
Quantity
Contact Now
Description
 
The ATH1080 is a hyperspectral imager specifically designed by Optosky for the mid- to far-infrared spectral bands. In addition to being compact and lightweight, the ATH1080 uses a Stirling-cooled CCD with deep cooling, featuring low dark current, low noise, high spatial resolution, high spectral resolution, and a wide imaging range. The ATH1080 consists of two main components: an imaging lens and a hyperspectral spectrometer. The hyperspectral spectrometer is based on transmission grating technology, which provides excellent aberration characteristics.
The ATH1080 utilizes a Stirling deep-cooled high-performance infrared CCD imaging device, offering clear images with minimal noise. The ATH1080 is a conventional straight-tube hyperspectral camera, suitable for multi-rotor camera drones and agriculture drones. For fixed-wing camera drones and other drones with short landing gear, Optosky has developed the specialized ATH1080L model with a bent optical path, reducing the height requirements for landing gear.
The ATH1080 can be used for real-time measurement of spectral information from various ground features such as plants, water bodies, and soil, obtaining spectral images. By analyzing these spectral images, relationships can be established with the physical and chemical properties of plants and other features, useful for plant classification, monitoring plant growth conditions, and other research. The entire system is compactly designed, with the main spectrometer unit offering high spectral resolution. It employs an external push-broom imaging method, which can be integrated with field rotary platforms and indoor linear scanning platforms to form independent measurement systems. Additionally, it can be mounted on drones for aerial remote sensing operations, contributing to agricultural production and environmental monitoring.
 
Features
 
  • Wavelength Range: 2.5~5.0 μm, 7.8~12.3 μm  
  • Spectral Path: Holographic Transmission Grating  
  • Ultra-Low-Temperature Stirling-Cooled CCD  
  • Detector Resolution: 640x512 or 320x256  
  • Advanced Image Compression Algorithm  
  • Compact Size: 279 mm × 135 mm × 145 mm  
  • Lightweight:<4500 g  
  • No Mechanical Scanning, High Reliability
 
Application
 
  • Geological and Mineral Resource Exploration  
  • Precision Agriculture, Crop Growth and Yield Assessment  
  • Forest Pest and Disease Monitoring, Fire Prevention Monitoring  
  • Coastline and Marine Environment Monitoring  
  • Grassland Productivity and Monitoring  
  • Lake and Watershed Environment Monitoring  
  • Remote Sensing Education and Research  
  • Meteorological Research  
  • Ecological Environmental Protection and Mining Environment Monitoring  
  • Water Quality Testing, Soil Monitoring  
  • Agricultural and Livestock Product Quality Testing  
  • Military, Defense, and National Security  
  • Disaster Prevention and Control