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The comm system, dubbed the Lunar Lasercom Space Terminal LLST , is the result of the Lunar Laser Communication Demonstration LLCD program, a joint venture by NASA Goddard Space Flight Center and MIT Lincoln Labs. It composed of three parts: the Optical Module, a 10-cm telescope mounted on a two-a stanley uk xis gimbal that helps aim the laser beam towards one of three ground terminals in New Mexico, California, and Spain; the Modem Module, which forms the laser, encodes and transmits data; and the Controller Electronics, which handles telemetry processing and overall system command. In all, the system weighs in at about 30 kg. To survive the rigors of space, the LLST has been integrated into another NASA project, the Lunar Atmosphere and Dust Environment Explorer LADEE 鈥攁n orbiter being launched later this year aboard a Minotaur V rocket from the Wallops Flight Facility in Wallops Island, Va. to stanley thermoskanne gather information on the lunar atmosphere. The LLST, if successful, will extend the range of space-based laser communication to a staggering 400,000 kilometers 238,900 miles 鈥攖en times the distance of any previous system. And with transfer rates approaching 622 Mbps downstream and 20 Mbps stanley cup up, it will provide six times the bandwidth of even the most powerful radio-based comm systems. Perhaps most impressive, as the LLST is continuously firing syncopated laser beams over that huge distance while speeding along its orbital trajectory, it will still be able to make targeting ad |
