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Standard Static Imagery by Jilin-1

The standard optical static image is a standard sub-meter product collected by Jilin-1 constellation, which is corrected and calibrated by radiation and sensors. RPC models and metadata files are available in the general tiff format.

  • International Convention Center, Dianchi Lake, Kunming City, China.

  • Yokosuka, Japan

  • Mizawa Base, Mizawa City, Japan

  • ABU Dhabi mangrove, United Arab Emirates

  • Provides PRC models and metadata files.The data format is a common tiff format

  • Provides PRC models and metadata files.The data format is a common tiff format

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Technical Specification

 

The static imagery adopts two imaging modes with differentiated specifications below:

 

Push-broom static imaging

 

Items Specifications
Spatial Resolution Panchromatic:0.72 m

Multi-spectral:2.88 m

Spectral Band Blue: 450nm – 520nm

Green:520nm – 600nm

Red: 630nm – 690nm

Dynamic Range 10 bit per pixel
Revisit Period 3.3 Days(±45°)
Programming Upload images and data transmission plan every day.
Swath Width 11.6 km
Processing Level Elementary, perpendicular shooting as customer defined.

 

 

Area-array static imaging

 

Items Specifications
Spatial Resolution Color:0.9m
Dynamic Range 8 bit per pixel
Revisit Period 4.5 Days(±30°)
Programming Upload images and data transmission plan every day.
Swath Width 11 km
Processing Level Elementary, perpendicular shooting as customer defined.

Standard Static Imagery by Jilin-1 Constellation

China-Changguang Satellite Technology Co., Ltd. is a leading enterprise of high-end satellite manufacturing, operating and RS data services. The Jilin-1 Constellation independently developed and operated by the company was successfully launched on October 7, 2015.

  • Capable of revisiting the same location on earth twice a day
  • Panchromatic spatial resolution of 0.72m
  • Gaze color video as long as 120s

For a future perspective, we have a two-step plan:

By 2020, completing networking of 60 satellites and achieving a revisit cycle of 30 minutes to any location on earth;

By 2030, competing networking of 138 satellites and achieving a revisit cycle of 10 minutes to any location on earth.

Jilin-1 Parameters

  • Orbital Information
  • Resolution
  • Width
  • Advantages
  • 650Km Sun-synchronous orbit
  • Panchromatic ≤0.72m Multi-spectral ≤2.88m
  • ≥11.6Km
  • High resolution; Multi-spectralwavebands; Short revisit periodRapid maneuverability
    • Orbital Information
    • Resolution
    • Width
    • Advantages
  • 650Km Sun-synchronous orbit
  • 1.13m
  • 4.6km×3.4km
  • 4K HD color-video imaging; Dynamic and real-time monitoring;Agile and quick maneuverability
    • Orbital Information
    • Resolution
    • Width
    • Advantages
  • 535.35Km Sun-synchronous orbit
  • 0.92m
  • 11km×4.5km
  • 4K HD color-video imaging; Dynamic and real-time monitoring;Agile and quick maneuverabilityJet- propulsion system
    • Orbital Information
    • Resolution
    • Width
    • Advantages
  • 535Km Sun-synchronous orbit
  • 1m
  • 19km×4.5km
  • 4K HD color-video imaging; Dynamic and real-time monitoringAgile and quick maneuverabilityJet- propulsion system
    • Orbital Information
    • Resolution
    • Width
    • Advantages
  • 535Km Sun-synchronous orbit
  • 1m
  • 19km×4.5km
  • 4K HD color-video imaging; Dynamic and real-time monitoringAgile and quick maneuverabilityJet- propulsion system

Sample Images

Application Areas

Cases

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