WorldView-3 Imager
Compiled from public sources on 2026-05-25. Not independently verified by Vantor.
Does Vantor own this listing? Claim and verify it →
Four-subsystem multispectral pushbroom imager on the WorldView-3 satellite, operated by Vantor (formerly Maxar Intelligence / DigitalGlobe). Launched 13 August 2014 aboard Atlas V 401 into a 617 km sun-synchronous orbit at 97.97 degrees inclination. Imager built by ITT Exelis (now L3Harris Technologies) on a Ball Aerospace BCP-5000 spacecraft. Four focal plane array subsystems: panchromatic at 0.31 m GSD (450-800 nm); 8-band VNIR multispectral at 1.24 m GSD (397-1039 nm); 8-band SWIR multispectral at 3.70 m GSD (1195-2365 nm); 12-band CAVIS at 30 m GSD (405-2245 nm) for atmospheric correction. Commercial, tasked-acquisition only, no open archive. The 3.70 m SWIR subsystem is the only operational commercial imager capable of resolving alteration mineral assemblages at outcrop scale, making WV-3 the standard tool for drill-target confirmation after regional hyperspectral surveys. Operational since 2014, exceeded 7.25-year design life, estimated service life 10-12 years.
WorldView-3 Imager is a commercial optical imaging payload with panchromatic, VNIR, SWIR, and CAVIS subsystems.[1][2]
USGS lists 0.31 m panchromatic, 1.24 m VNIR, 3.7 m SWIR, and 30 m CAVIS ground sample distances, with a 13.1 km swath width.[1][2]
Park and Choi use a rounded 0.3 m panchromatic resolution value in mineral-detection work using sharpened WorldView-3 VNIR and SWIR imagery.[3]
Kruse validates WorldView-3 shortwave-infrared bands for mineral mapping applications, and Ye et al. assess WorldView-3 data for lithological mapping.[4][5]
| Methodology | Evidence | Citation |
|---|---|---|
| swir-absorption-point-source | demonstrated | [4] |
| hyperspectral-classification | capable | [5] |
Pricing not publicly listed by operator
Compositional position
- [1]USGS EROS Archive - CDP Imagery - WorldView-3agency doc-2026-05-25
- [2]System Characterization Report on the WorldView-3 Imageragency doc2021-01-012026-05-25
- [3]Validation of DigitalGlobe WorldView-3 Earth imaging satellite shortwave infrared bandspeer reviewed2015-01-012026-05-25
- [4]Assessment of WorldView-3 Data for Lithological Mappingpeer reviewed2017-11-062026-05-25
- [5]Mineral Detection Using Sharpened VNIR and SWIR Bands of WorldView-3 Satellite Imagerypeer reviewed2021-05-142026-05-25