thermofisher

VIS-NIR Hyperspectral lmager

ATH9010Z
The ATH9010Z series UAV wide-band hyperspectral imager is the third-generation UAV composite combined-band hyperspectral imager launched by Optosky. It is 2-3 small, light-weight, and different-band hyperspectral imagers. The imager is combined and integrated with a high-performance wavelength fusion algorithm to achieve wide-band hyperspectral imaging. It consists of a six-rotor high-stability drone, a high-stability gimbal, a hyperspectral imager, a large-capacity storage system, and a wireless It is composed of image system, GPS navigation system, ground receiving workstation, ground control system, etc. It is widely used in mineral resource exploration, crop growth detection, water resources exploration, military, national defense and security and other fields
Delivery
FOB
minimum order
1 unit
Country of Origin
Made In China
Quantity
Contact Now
Description 

The ATH9010Z series hyperspectral drone, launched by Optosky, is the third generation of UAV-based multispectral imaging instruments with a wide wavelength range. It comprises 2-3 compact, lightweight hyperspectral imaging devices of different wavelength bands, integrated with high-performance wavelength fusion algorithms to achieve wide-band hyperspectral imaging. The system consists of a hexacopter with high stability, a high-stability gimbal, hyperspectral imaging devices, a large-capacity storage system, a wireless image system, a GPS navigation system, a ground receiving workstation, and a ground control system.

The ATH9010Z-4-17 and ATH9010Z-4-25 models use Optosky's self-developed hyperspectral imaging devices and optical modules, providing clear imaging with low noise. The ATH9010Z series also includes high-performance hyperspectral data acquisition and processing software.

The ATH9010Z-4-17 and ATH9010Z-4-25 hyperspectral drones can be used for real-time measurement of the spectral information of plants, water bodies, soil, and other ground objects, obtaining spectral images. By analyzing these spectral images, relationships with the physicochemical properties of plants can be established, which is useful for plant classification, plant growth status, and other research areas. The entire system is compact in design, with the main imaging spectrometer offering high spectral resolution. It uses an external push-broom imaging method and can form an independent measurement system with a field rotary platform and an indoor linear scanning platform, or be mounted on a UAV for aerial remote sensing operations.The system is particularly useful for UAV-Based Forest Health Monitoring, agriculture drones, food security, and other applications requiring multispectral imaging.

Features 
 
  • Wavelength range: 380~1700nm or 380~2500nm
  • Wide wavelength range, high spectral resolution
  • Transmission grating, push-broom type
  • Low-temperature cooled camera
  • Flight altitude: 50~1000 meters, recommended 100 meters
  • Onboard I7 computer, supports up to 2TB storage, can store up to 100 hours of imaging data
  • Large multi-rotor UAV with a 1.5m wingspan, high payload, highly expandable
  • Ultra-long flight time: about 45 minutes, covering a large area during cruise
 
Application
 
  • Geological and mineral resource exploration, soil monitoring
  • Precision agriculture, crop growth, and yield assessment
  • Forest pest monitoring and fire monitoring
  • Coastline and marine environment monitoring
  • Grassland productivity and monitoring, ecological environment protection, and mine monitoring
  • Remote sensing education and research, meteorological research, disaster prevention
  • Lake and watershed environment monitoring, water quality testing
  • Quality inspection of agricultural and livestock products
  • Military, defense, and homeland security