canadian space surveillance system
Orbit: Sun-synchronous circular orbit on an ascending node, altitude = 630 km, inclination = 98º. It will have daily access to 90 per cent of the world’s surface.
• October 2015: SSA (Space Situational Awareness) data is obtained and processed using a variety of sensors and systems—satellites, ground-based radars, and optical telescopes. - Satellite Command and Control Software (OS/COMET) This satellite system can monitor objects as small as a 1 m cube all the way out to the Geosynchronous belt at 35, 786 km from Earth. Read more about This advertisement has not loaded yet, but your article continues below.This advertisement has not loaded yet, but your article continues below.Canadian surveillance satellite system now operationalLocal Input~ The RCM, (RADARSAT Constellation Mission) constellation of three radar imaging satellites will provide the world's most advanced, comprehensive method of maintaining Arctic sovereignty, conducting coastal surveillance, and ensuring maritime security. Given the high relative velocities (up to 16 km/sec) in potential collisions in space, even small debris (e.g., < 1 cm diameter) can cause significant damage. The SBSS-1 pathfinder system passed the USAF MRR (Mission Readiness Review) in September 2009. The SNN is made up of sensors, communications links, processing centers, and data distribution channels. MDA’s responsibilities under the contract include: relaying - The AFSPC-4 has already been used to provide detailed imagery of the ailing MUOS-5 military SatCom to give the Pentagon unspecified clues about salvaging that mission. The launch had been delayed from 2009 onwards several times mainly due to technical concerns over the Minotaur-4 launch vehicle, in particular the rocket's third stage. In place since the early 1970s. • In March 2016, SBSS reached its mean mission life of 5.5 years. - SSA data-sharing agreements enhance multinational space cooperation and streamline the process for USSTRATCOM partners to request specific information gathered by USSTRATCOM's JSpOC (Joint Space Operations Center) at Vandenberg Air Force Base in California. Space-based ADS-B brings surveillance coverage to all airspace, including the Canadian North, supporting polar routes that provide shorter flight times for transcontinental flights, and in the North Atlantic, which connects Canada and the rest of North America to Europe and Asia. The greatest challenge to SSA is the existence of totally unknown RSOs (Resident Space Objects) in space. For example, in 2014 JSpOC provided 671,727 collision warnings to satellite operators to alert them of a potential need to move their satellites to avoid a collision with another space object. • SBSS-1 is operating continuously in 2013. After MSX (Mid-Course Space Experiment) completed BMDO's (Ballistic Missile Defense Organization) initial mission (of 4 years), the spacecraft was transferred to The spacecraft's on-board mission data processor, referred to as OBMDP (On-Board Mission Data Processor), performs image processing to extract moving targets and reference star pixels to reduce the downlink data size. The SBV imager on SBSS-1 will have over twice the sensitivity and ten times the capacity of SBV on MSX. The team is also responsible for mission planning, mission data processing and operation of the system for up to one year, prior to transitioning it to the Air Force. The U.S. JSpOC (Strategic Command's Joint Space Operations Center) is responsible for analyzing the data provided by the sensors and processing it into useable SSA information. In the context of global space security, Canada started the development its own spaceborne surveillance system in 2007, referred to as It is one of the few satellites on orbit that look out toward the heavens instead of toward Earth. ... according to the Canadian Space Agency. In March 2004, Northrop Grumman Mission Systems, the Mission Area Prime Contractor for the Air Force, awarded a Boeing best-of-industry team, including Ball Aerospace and Harris Technologies, the contract to develop and initiate operations of the SBSS-1 Pathfinder satellite.
The objective of the SBSS pathfinder mission is detect and track orbiting space objects (optical sensing), including potential threats to America's space assets and orbital debris.
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