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Sensor · Spaceborne

SpaceView-24

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Missions → BlackSky constellation (Operational)

Passive optical multispectral camera used on assessed BlackSky Global satellites, with 24 cm aperture, sub-metre ground resolution, and narrow nadir swath.

Sensor

SpaceView-24 is a high-resolution passive optical imaging telescope used on commercial low Earth orbit imaging satellites.[1][2] It has a 24 cm aperture and a four-band visible optical channel set spanning roughly 450-700 nm.[1][2] Spatial sampling is 0.8-0.9 m pixel ground sample distance in characterized imagery and 1 m at the subsatellite point.[1][2] The nadir swath is about 6 km for the assessed satellite configuration.[1] SpaceView-24 has demonstrated use for high-resolution repeat optical imaging and optical time-series change detection, where narrow-swath sub-metre-class scenes are more important than broad-area single-pass coverage.[1][2]

Operator pricing

Pricing not publicly listed by operator

Supply chain position

carried by BlackSky constellation
Methods this sensor implements
Demonstrated
  • Optical time-series change detectionvia BlackSky constellation

    USGS characterizes BlackSky Global satellites using the SpaceView-24 multispectral sensor for high-resolution repeat optical imaging; WMO lists land observation and disaster monitoring objectives.

  • Multispectral optical imaging

    [usgs-spaceview24-characterization][wmo-spaceview24] 24 cm aperture telescope with four visible bands of roughly 450 to 700 nm at 0.8 to 0.9 m ground sample distance.

Capable, undemonstrated

None on record.

Topics this relates to
Snow coverMultispectral optical imaging(demonstrated)well suited
Cloud propertiesMultispectral optical imaging(demonstrated)adequate
Coastal erosionMultispectral optical imaging(demonstrated)adequate
Crop-type mappingMultispectral optical imaging(demonstrated)adequate
DeforestationMultispectral optical imaging(demonstrated)adequate
FloodingMultispectral optical imaging(demonstrated)adequate
Illegal constructionMultispectral optical imaging(demonstrated)adequate
Land cover changeMultispectral optical imaging(demonstrated)adequate
Terrain elevationMultispectral optical imaging(demonstrated)adequate
Urban changeMultispectral optical imaging(demonstrated)adequate
Crop phenologyMultispectral optical imaging(demonstrated)marginal
Crop stress and yieldMultispectral optical imaging(demonstrated)marginal
Inland waterMultispectral optical imaging(demonstrated)marginal
Mineral explorationMultispectral optical imaging(demonstrated)marginal
Pasture and grazingMultispectral optical imaging(demonstrated)marginal
WildfireMultispectral optical imaging(demonstrated)marginal
Disaster damage assessmentOptical time-series change detection(demonstrated)adequate
Economic activity intelligenceOptical time-series change detection(demonstrated)adequate
Transport infrastructure monitoringOptical time-series change detection(demonstrated)adequate
Vector-borne disease riskOptical time-series change detection(demonstrated)marginal
Sources
Cite https://eo-atlas.org/products/sensor/spaceview-24 Markdown twin → Field definitions → Suggest a correction →
How to cite this page

Plain text

SpaceView-24. EO-Atlas, SpectraWorks B.V. https://eo-atlas.org/products/sensor/spaceview-24 (CC BY 4.0)

BibTeX

@misc{eoatlas:products:sensor:spaceview-24,
  title = {SpaceView-24},
  author = {{EO-Atlas}},
  publisher = {SpectraWorks B.V.},
  note = {CC BY 4.0},
  url = {https://eo-atlas.org/products/sensor/spaceview-24}
}