STAR.VISION OSE

Very high resolution 25 cm multispectral satellite imagery, acquired worldwide with a revisit rate of 4 days. The collection contains data from 2024 to the present.

Overview

STAR.VISION OSE imagery is captured by the Oriental Smart Eye (OSE) multispectral satellites every 4 days anywhere on the globe. Catalog datasets are available starting from 2024.

An OSE-GF01 image of Sydney (Australia)

Data products

  • STAR.VISION OSE Tasking Order now

    A non-integrated data product.

    BAND COMBINATIONS
    • 3-band: Pansharpened true color (RGB)
    • 4-band: Pansharpened (RGB and NIR)
    • Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)
  • Level 1 Order now

    A non-integrated data product.

    BAND COMBINATIONS
    • Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)
  • Level 2A Order now

    A non-integrated data product.

    BAND COMBINATIONS
    • 3-band: Pansharpened true color (RGB)
    • 4-band: Pansharpened (RGB and NIR)
    • Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)
  • Level 3 Order now

    A non-integrated data product.

    BAND COMBINATIONS
    • 3-band: Pansharpened true color (RGB)
    • 4-band: Pansharpened (RGB and NIR)
  • Level 4A Order now

    A non-integrated data product.

    BAND COMBINATIONS
    • 3-band: Pansharpened true color (RGB)
    • 4-band: Pansharpened (RGB and NIR)

Specifications

General

SpecificationDescription
ProviderSTAR.VISION
Collection type

Tasking from 800 credits per km2

Catalog from 400 credits per km2

Product typeMultispectral
System typeSatellite

Data

SpecificationDescription
Resolution
  • HD: 25 cm
  • Panchromatic: 50 cm
  • Pansharpened: 50 cm
  • Multispectral: 2 m
  • HD: 25 cm
  • Panchromatic: 50 cm
  • Pansharpened: 50 cm
  • Multispectral: 2 m
  • Panchromatic: 1 m
  • Pansharpened: 1 m
  • Multispectral: 4 m
MasksTransparency
NoData value0

Processing levels

 PrimaryGeorectifiedOrthorectified
BasicNot supported inline-icon-largeNot supported inline-icon-largeNot supported inline-icon-large
TOA

Supported inline-icon-large*

with RPC

Supported inline-icon-large*

with RPC

 Supported inline-icon-large*
Surface reflectanceNot supported inline-icon-largeNot supported inline-icon-largeNot supported inline-icon-large
DisplayNot supported inline-icon-largeNot supported inline-icon-largeNot supported inline-icon-large
 PrimaryGeorectifiedOrthorectified
BasicNot supported inline-icon-largeNot supported inline-icon-largeNot supported inline-icon-large
TOA

Supported inline-icon-large

Level 1 with RPC*

Supported inline-icon-large

Level 2A with RPC*

Supported inline-icon-large

Level 3*

Level 4A*

Surface reflectanceNot supported inline-icon-largeNot supported inline-icon-largeNot supported inline-icon-large
DisplayNot supported inline-icon-largeNot supported inline-icon-largeNot supported inline-icon-large

*Upon request.

System

SpecificationDescription
Acquisition modeMono
Tasking priority

Standard

High

Orbit

OSE-GF01: Sun-synchronous, at 520 km

OSE-WH01: Sun-synchronous, at 530 km

OSE-OL01: Sun-synchronous, at 520 km

Number of satellites3
Revisit rateEvery 4 days
Swath width

OSE-GF01: 12 km

OSE-WH01: 10 km

OSE-OL01: 8 km

Band data

SpecificationDescription
Spectral bands

Panchromatic: 450–700 nm

Multispectral:

  • 450–520 nm (blue)
  • 520–590 nm (green)
  • 630–690 nm (red)
  • 770–890 nm (near-infrared)

Panchromatic: 450–700 nm

Multispectral:

  • 450–520 nm (blue)
  • 520–590 nm (green)
  • 630–690 nm (red)
  • 770–890 nm (near-infrared)

Panchromatic: 450–800 nm

Multispectral:

  • 450–520 nm (blue)
  • 510–590 nm (green)
  • 630–690 nm (red)
  • 770–890 nm (near-infrared)

Geographic reference

SpecificationDescription
Coordinate reference systemUTM-WGS84
Positional accuracy

OSE-GF01: 10 m CE90 absolute

OSE-WH01: 5 m CE90 absolute

OSE-OL01: 10 m CE90 absolute

Conditions

SpecificationDescription
Limitations

Input: AOI at least 5 km wide

Cloud coverage, depending on the priority:

  • Standard: Up to 15%
  • High: Up to 100%, not selectable

Output: AOI-clipped imagery

Minimum chargeAs per 100 km2
SpecificationDescription
Limitations

Input: AOI at least 5 km wide

Availability: From 2024

Output: AOI-clipped imagery

Minimum chargeAs per 25 km2

Geographic coverage

The geographic coverage is global.