Airborne Hyperspectral Imaging Systems

Description

Airborne Remote Sensing System: Capture detailed spectral information from the air

Unsurpassed versatility for a wide range of applications

The Airborne Remote Sensing System is a comprehensive solution for capturing highly accurate hyperspectral imagery from drones and aircraft. The system is suitable for a wide range of applications, including:

• Precision agriculture:

  Assessing crop health, identifying nutrient deficiencies and optimizing irrigation practices.

• Environmental monitoring:

  Monitoring vegetation changes, monitoring water quality, and detecting pollution sources.

• Mineral Exploration:

  Identification of mineral deposits and assessment of their composition.

• Inspection of infrastructures:

  Detection of structural damage and evaluation of the integrity of buildings and bridges.

Key features:

• Complete hyperspectral solution:

  The system includes all necessary hardware and software components for seamless acquisition of hyperspectral data.

• Compatibility with drones and aircraft:

  The system can be mounted on a wide range of drones and aircraft.

• Compact and lightweight design:

  The system is lightweight and compact, making it ideal for aerial use.

• High-resolution imaging:

  The system provides high-resolution images that provide detailed spectral information.

System components:

• Hyperspectral camera and lens (sold separately):

  Capture detailed spectral information over a wide range of wavelengths.

• System Control Unit:

  Manage and control the entire system with ease.

• GPS/IMU:

  Obtain precise positioning and orientation data for accurate georeferencing.

• Radiometric Calibration and Calibration Plane:

  Ensure consistent and reliable data with radiometric calibration tools.

• Hyperspectral Data Analysis Software:

  Analyze and interpret hyperspectral data with our powerful software suite.

• VNIR Downwelling Irradiance Sensor (optional):

  Improve data quality with optional downwelling irradiance measurements.

• RTK Base Station and Compatible Radio (optional):

  Further improve positioning accuracy with an optional RTK base station and radio.

• Dual-Antenna Ellipse D GPS/IMU (optional):

  Maximize orientation accuracy with an optional Dual-Antenna GPS/IMU configuration.