The Strategic Defense Initiative Organization (SDIO) has made significant progress in developing Space-Based chemical Laser (SBL) technologies and in studying the SBL's global defense capability. In this mission, a constellation of several orbiting laser platforms provides continuous global defense by intercepting threatening missiles in their boost phase, including short range ballistic missiles (SRBMs). An optional smaller constellation provies defense against launches from the low and mid-latitude regions. In addition, SBLs have utility in other important related missions such as surveillance, air defense and discrimination. The hardware necessary to build such a system has been developed to the point where it is mature and ready for demonstration in space. Advances have been made in each of the following major areas of the SBL: Laser device; optics/beam control; beam pointing; ATP (acquisition, tracking and pointing); uncooled optics; and laser lethality. Integration of the key laser and beam control technologies is now occurring in the ground-based ALI experiment and a space demonstration experiment, Star LITE, is in the planning and concept development phase.
Space-Based Chemical Lasers in Strategic Defense
1992
19 pages
Report
No indication
English
Optics & Lasers , Military Sciences , Antimissile defense systems , Laser weapons , Strategic defense initiative , Chemical lasers , Space based , Intercontinental ballistic missiles , Air defense , Guided missiles , Orbits , Optics , Military strategy , Defense systems , Boost phase , Tracking , Platforms , Lethality , Short range(Distance) , Ballistic missile intercept systems , Beam steering , Bmdo collection , U4281 , Sbl(Spaced based laser) , Srbm(Short range ballistic missiles) , Atp(Acquisition tracking and pointing) , Lite , Gpals(Global protection against limited strikes)
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