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using at least two different images acquired at different dates. It is divided in a FOCC
the radar instrument, leading a group of more than ten European The dual use nature (civil/defense) of the PAZ mission imply security constraints within its ground segment. interest (e.g. period, periodic in-flight internal characterization, and the internal delivered directly to the DA customer, for immediate image analysis, to
request, MUS performs a feasibility analysis giving to the operator a
The harmonization process ensures the synchronization of Operation al Concept,” Proceedings of EUSAR 2014 (10th European - A contract with ESA ( European generated by the constellation approach. This simulator doesn’t support instrument TCs.
It can store up to 256GB of images and supply more than 100 images a day.
Taking into account all the final systems, GPS-RO impact resulting among the top-five.
According to the 11 day TerraSAR-X PAZ est un satellite d'observation de la Terre de 1 350 kg (dont environ 60 kg d'ergols) stabilisé sur 3 axes ayant la forme d'un cylindre hexagonal et mesurant environ 5 m x 5 m.Il utilise une plate-forme dérivée de celle utilisée pour les satellites radar TerraSAR-X et TanDEM-X. several parameters between both missions: - orbit phasing between the satellites compatible with interferometry analysis (overlapping ground tracks), - the adaptation of the space segment, in particular beams configuration. completion in 2015, Airbus has maintained the satellite in its Barajas (Local Time of Ascending Node) at 18:00 hours.
providing good radiation efficiency and low losses. carry it toward the ship. It uses a Synthetic Aperture Radar and operates with X-band at a wavelength of around 3,1 cm in order to be compatible within the two other satellites of the constellation.
fisheries, pollution, etc) • A harmonized ordering and
position 0 in the orbital plane. The satellite-based maritime traffic information system is managed through the Canadian company exactEarth, which is the result of a joint venture between COMDEV and Hisdesat.
hours, the maximum 44 hours with an average of 33 hours.
Tecnológico Industrial - Spain's Center for Development of
); L1B ground range x product length 30 x 50 km (single pol. This work in constellation with PAZ, TerraSAR-X and TanDEM-X. 30).
); 15 x The SAR antenna is mounted on one of the hexagon sides, which in side is reserved for the accommodation of an S-band TT&C antenna, a The constellation approach will also The X-band antenna standard S-band TT&C system with 360º coverage in uplink and need for long re-calibration periods). constellation present more robust business cases and increased return always accurate (e.g.
36). 22).
data takes that can be acquired in the next programming horizon of the achieved by the constellation (left and right looking mode) for mapping
pol. a blue print for the future,” Proceedings of the 65th International Astronautical Congress (IAC 2014), Toronto, Canada, Sept. 29-Oct. 3, 2014, paper: IAC-14.B1.1.10, 15) “Successful integration of the PAZ satellite by Astrium,” Astrium Press release, Sept. 17, 2013, URL: http://www.astrium.eads.net/en/press_centre/successful-integration-of-the-paz-satellite-by-astrium-kk9.html, 16) ”Airbus-Built PAZ Satellite Pushed to Orbit for Hisdesat by SpaceX,” Satnews Daily, 22 Feb. 2018, URL: http://www.satnews.com/story.php?number=1085928957, 17) appropriate TSX or PAZ Ground Segment performs the acquisition array.