Video imaging is generally only of interest if the resolution is good enough.
Carbonite ze cologne series#
There have been a few demonstrations of video imaging capability most notable on the TUBSAT series of missions, and more recently from the space station by Urthecast (Ref. Video imaging has a range of possible civil, security and commercial applications, but limitations in capability have previously made it difficult to implement operationally useful systems.
Compatible with sun-sychronous and low inclination orbits.High resolution 1 meter GSD imagery from a 500 km orbit.SSTL Carbonite series of platforms have an integrated avionics structure for fast manufacture in high volumes. Carbonite video demonstration missions of SSTL on microsatellitesĬarbonite-1 Carbonite-2 Spacecraft Launch Mission Status Sensor Complement Ground Segment References With a design life of five years, Carbonite-2 features some enhancements on the Carbonite-1 design including improved geolocation from the addition of a star camera, improved telescope and imager design, greater memory capacity and downlink data and experimental with evolutionary design techniques and 3D printing. The SSTL-X50 platform used central shear walls made from milled aluminium, and had a total mass of approximately 100 kg. To achieve the schedule and price targets, the Carbonite-1 and Carbonite-2 microsatellites featured a simple, non-optimised structure which made extensive use of COTS components. It undergoes a sun-synchronous orbit with an altitude of 505 km and an inclination of 97.55°, leading to an orbital period of 94.6 minutes and an LTAN of 1015 hours. The video is taken in 4k imaging with up to 25 frames per second (fps).
Carbonite ze cologne full#
The Carbonite-2 imaging system delivers images with a 1 m GSD and full colour HD video clips with a swath width of 5 km. It had a Local Time on Ascending Node (LTAN) of 1030 hours and a period of 97.7 minutes.
Carbonite-1 underwent a sun-synchronous orbit at an altitude of 651 km and an inclination of 97.8°. This has given owner operators confidence that such constellations can be implemented at a low cost in order to address emerging markets, including the Vivid-i constellation by Earth-i.Ĭarbonite-1 Imager provided imagery with a Ground Sample Distance (GSD) of 1.5 m or 1 m at lower altitudes and provided 15 second High Definition (HD) videos at 1 m GSD. Improving upon Carbonite-1, Carbonite-2 has returned high quality video imaging constellations. In video mode, target tracking mode is supported and can show moving objects such as vehicles, vessels and aircraft. Several imaging modes are supported, including Stripmap, Stereo pair and mosaic imaging. Carbonite-2 features an enhanced Ultra High Definition (UHD) camera which can capture high-resolution images of any location on Earth and film up to two minutes of video at a time. Carbonite-2 built upon the framework set by Cabornite-1 to further validate low cost video-from-orbit space solutions using Commercial-Off-The-Shelf (COTS) technologies. It was able to demonstrate that the concept of a COTS imaging payload is viable. It featured the Carbonite-1 Imager, which was a camera based on a CMOS (Complementary Metal Oxide Semiconductor) detector with the ability to provide colour imagery. Carbonite-1 was a technology demonstration microsatellite mission, designed to demonstrate low cost, high performance video imaging applications.
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