Airborne hyperspectral camera

1Airborne hyperspectral cameraProduct advantages

High performance drone platform with high-precision and stable gimbal.

Onboard power supply system.

Ground remote image transmission monitoring station.

High definition visible light imaging, onboard control and data acquisition system.

The hyperspectral imaging instrument adopts a lightweight and compact design, with a total body weight of only 600g.

Compatible with multiple models of rotary wing drones.

Support real-time display of image and spectral information during flight.

IIAirborne hyperspectral cameraProduct Performance Introduction

Integrated high-performance high-definition cameras with better than 15 million pixels, high-definition images can be viewed in real-time by image transmission monitors, support synchronous operation with hyperspectral cameras and GPS systems, and support 3D modeling,

Generating DEM is beneficial for processing and matching terrain data with thousands of undulations,

Dual antenna, supporting RTK or PPK functions, with synchronous triggering acquisition function,

Customized specialized dual motor stable gimbal with strong wind resistance, * stable,

Automatically vertically downward after power on, no need to manually level the gimbal;

High performance ground station system, including image transmission system, image transmission monitor, GPS RTK base station;

Hyperspectral camera remote control module, high-performance data transmission radio, providing dedicated mobile APP,

It can achieve remote parameter setting of equipment, real-time status monitoring of equipment, and start/stop of remote data recording,

Remote power on/off, real-time monitoring of hyperspectral camera single band images and single spatial point spectral curves can be achieved through image transmission monitors,

According to the radiometric calibration reference provided by the factory, radiometric brightness correction can be performed on the captured data,

In addition, geometric correction can be performed on the nest spectrum data based on GPS/IMU coordinate data,

Built in high-performance onboard computer system with an effective data storage capacity of 480GB;

Support autonomous correction of flight attitude and flying along the designed route;

Vertical takeoff and landing, with a field of 3mx3m capable of vertical takeoff and landing;

At least support multiple map sources, foldable robotic arms,

3、 Application examples

Applied to corn fields, wheat fields, and forest shooting examples.