![]() The test results demonstrated the effectiveness of using advanced computational and manufacturing technologies to efficiently develop complex conventional munitions for the Department of Defense. It also provided data for determining the material strength of the carbon-epoxy aeroshell and how the device responds to aeroheating and ablation (loss of material from the high temperatures generated by the test). Conducted on October 23, 2013, at Holloman Air Force Base in New Mexico, the tests achieved speeds of greater than Mach 3.īy mimicking a weapon in flight, the sled test demonstrated how well the warhead performed at speeds similar to those anticipated in an operational system. The test assessed how this warhead, shrouded and protected by a Livermore-designed carbon-epoxy aeroshell, responded to simulated flight conditions. The five-year warhead development effort, which reflected the contributions of dozens of Livermore researchers, culminated in a highly successful sled test in which the warhead was propelled down straight rails by rocket motors. ![]() Air Force Space and Missile Systems Center for high-speed applications. Air Force Research Laboratory, helped design and develop an advanced warhead for the U.S. (Courtesy of Defense Advanced Research Projects Agency.)Ī team of Lawrence Livermore engineers and scientists, in partnership with the U.S. Artist rendering depicts a supersonic conventional weapon as it reenters Earth’s atmosphere on its way to target. ![]()
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