EO·Atlas
Preview build / EO·Atlas v0.9, content still landing
Sensor · Spaceborne

HyperScape50

Compiled from public sources on 2026-05-28. Not independently verified by Simera Sense.

Does Simera Sense own this listing? Claim and verify it →

Simera Sense 1U CubeSat VNIR hyperspectral pushbroom imager using a continuously variable optical filter (CVOF). 32 user-configured bands per acquisition selected from 400 available spectral positions across 460-860 nm. FWHM 3.5% of central wavelength. 4096 pixels across-track, 5.5 um pixel size, 30 m GSD at 500 km, 120 km swath, 12-bit, 1-to-8 stage digital TDI per band. Part of the xScape50 payload family.

Sensor

The HyperScape50 is a 1U CubeSat VNIR hyperspectral pushbroom imager developed by Simera Sense, part of the xScape50 payload family. It uses a continuously variable optical filter (CVOF) to achieve configurable spectral sampling without a diffraction grating or prism.

The instrument covers 460-860 nm with a spectral resolution of FWHM 3.5% of the central wavelength. The CVOF provides 400 available spectral positions; each acquisition selects 32 user-configured bands from that pool. Pixel size is 5.5 um across 4096 pixels, delivering 30 m GSD at 500 km altitude and a 120 km swath at 12-bit depth. Each band supports 1-to-8 stage digital TDI. The product page states 120 km swath; a figure of 12 km appears on the Simera homepage, consistent with a transposition error on other xScape50 listings -- the product page value is used here.[1]

The HyperScape100 uses the same CVOF technology and the same 460-860 nm range with the same 32-of-400 band selection scheme, packaged in a 1.5U form factor with a longer focal length that yields 4.75 m GSD and 19.4 km swath.

Methodology Evidence class Demonstrated via mission
Hyperspectral classification capable not confirmed
Vegetation stress detection capable not confirmed

Flight heritage and named missions carrying HyperScape50 have not been confirmed in public sources as of May 2026. The 32-band-per-pass figure is the acquisition band count; some third-party listings may cite 400 as the band count, referring to the total pool of available spectral positions.

Sources
Cite https://eo-atlas.org/products/sensor/hyperscape50 Markdown twin → Field definitions →