- High Resolution
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- WorldView-3 (0.31m)
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- WorldView-2 (0.46m)
- WorldView-1 (0.46m)
- Pleiades-1A (0.5m)
- Pleiades-1B (0.5m)
- QuickBird (0.61m)
- IKONOS (0.82m)
- SPOT-6 (1.5m)
- Other Satellites (5m-30m)
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FORMOSAT-2 Satellite Sensor
The images captured by FORMOSAT-2 with a high resolution of 2 meter panchromatic data and 8 meter multispectral satellite image data can be used for land distribution, natural resources research, forestry, environmental protection, disaster prevention, rescue work, and other applications.
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FORMOSAT-2 Satellite Sensor (2.0m)
The first remote sensing satellite developed by National Space Organization (NSPO), FORMOSAT-2 satellite sensor, successfully launched on May 21, 2004.
FORMOSAT-2 Satellite Sensor (2.0m)
(Image Copyright © AIRBUS Defence & Space)
When the satellite travels to the eclipsed zone, it will observe natural phenomena such as lighting in the upper atmosphere which can be used for further scientific experiments. FORMOSAT-2 satellite carries both "remote sensing" and "scientific observation" tasks in its mission. The spacecraft is operating nominally as of 2006.
The FORMOSAT-2's Image Processing System (IPS) is independently developed by NSPO. It is designed to process images by tasking the satellite according to the user's needs. Images are then taken and downloaded through X-band antenna, then crossed with through IPS such as radiometric and geometric corrections and stored in computers. These files will be delivered to the end users based on the clients' requests.
FORMOSAT-2 satellite imagery support monitoring andfor any specific region for various and mapping applications. Users can task the satellite to keep track by scheduling revisits to detect changes on land and infrastructures, to observe movement overtime and helps to keep a current database to know what is happening on the ground so users can make informed decisions.
Mount St. Helen, Washington
Rio De Janeiro, Brazil
FORMOSAT-2 Satellite Sensor Specifications
FORMOSAT-2 products are available in 3 preprocessing levels:
Radiometric corrections to remove distortions due to variations in sensitivity of elementary detectors in the imaging sensor.
Radiometric corrections identical to Level 1A. Geometric corrections to frame the image in a given map projection (default projection is UTM WGS 84).
Radiometric corrections identical to Level 1A. Geometric corrections to frame the image in a map projection specified by the user and to remove relief distortions (map and/or control points and digital elevation model supplied by user).
Satellites Currently Operated by ASTRIUM
Rapid Acquisition/Rush Tasking
Rush tasking orders for satellite image data around the world are accepted in support of live events, natural disasters, global security, and various other applications in which FAST delivery of image data is critical. In most instances, we can provide image data within 24 hours after the initial data has been acquired and delivered via FTP and DVD media. A Spanish version is also available at http://www.satimagingcorp.es.
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We offer satellite imagery and data from the most technologically advanced satellite sensors. Please choose one to learn more.