...18,600 miles into space, just shy of the 22,236 miles at which US satellites in geosynchronous orbit - including essential missile warning and communications satellites - are located. The US has built an enormously expensive and delicate architecture...
.... Spacepower is ubiquitous, or in the case of Earth observation near ubiquity, because communications, satellite navigation and environmental monitoring satellite systems provide coverage of the entire Earth’s surface. Finally, spacepower provides...
... of uncorrelated objects contains the high area-to-mass (HAMR) objects [15]. Space weathering and satellite aging A modern communications satellite is a complex system involving numerous subsystems that have finite lifetimes due to mechanical wearing...
... further compounded by the need for inclusion of redundant systems to provide contingency against damage during launch. Communication satellites have similar constraints that limit flexibility and operations, and Figure 1 illustrates how these affect...
..., UNOOSA should exercise the power of decision-making and dispute resolution. Registration of the Iridium 33 communications satellite, launched from the Baikonur Cosmodrome in September 1997, was accidentally omitted. In February 2009 The Iridium...
... antennas could provide higher throughput, more precise beam steering, and other advantages to communications satellites. These could be robotically assembled in a tile-like fashion. Even space telescopes could be designed for robotic assembly...