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Hyperspectral imaging
from space
Hyperspectral imaging (HSI) is a technique that analyzes a wide spectrum of light instead of simply assigning primary colors (red, green, blue) to each pixel. The light falling on each pixel is broken up into many different spectral bands to provide more information about what is depicted.

The collected spectra are used to form the image so that each pixel in the image includes the full spectrum.
Covers up to several hundred spectral channels for each shot.
Proxima supplies
hyperspectral satellite imagery.
HJ-1A&1B
Launched on September 6, 2008, HJ-1 consists of 2 optical satellites HJ-1A and HJ-1B and 1 radar satellite. The HJ-1A is equipped with 1 CCD camera and 1 hyperspectral camera, while the HJ-1A is equipped with 1 CCD camera and 1 infrared camera.

Spectral channels: 115
Spatial resolution: 100m
Shooting swath width: 50 km
Orbit: Sun-synchronous
Weight: 470 kg
JL-1GP01/02
Two satellites are equipped with multispectral thermal imagers, shortwave, mediumwave, longwave infrared cameras, the Shuiyun-1 system and other payloads.

Spectral channels: 25
Spatial resolution: 5m 25 lanes,
100 m MWI GSD
Shooting swath width: 110 km
Launch: 2019
Satellites: 2
Tech Demonstrator-1
The Pixxel Tech Demonstrator-1 technology will provide an unprecedented spatial resolution (GSD) of 10 meters for a hyperspectral satellite.
Spectral channels: 161
Spatial resolution: 9.8 m
Shooting swath width: 20 km
Launch: October 2021
Orbit: Sun-synchronous