Word: spacecrafts
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...billion. Goldin has already assaulted NASA's burgeoning bureaucracy, slashing the number of U.S. managers on the space-station project from 1,300 to 330 and laying plans to reduce shuttle operating costs by 25% over the next three years. He also wants smaller, cheaper and more efficient spacecraft. For example, Goldin has asked NASA's Jet Propulsion Laboratory to develop a deep- space mission to Pluto for no more than $150 million, barely one third the cost of the Voyager probes to the outer planets...
...doodled. The lower eyelid of a headlamp. A fender. A door window. A trunk. And wheels. Sometimes a teardrop, a spacecraft. Cars. Even hiding out behind the back desk of the third row wasn't enough to keep the Flint, Michigan, fourth-grader out of trouble, until an art teacher stopped by and became Tom Gale's first serious customer...
...week's end the mission was going flawlessly. After closing the 6,700-mile gap between the two spacecraft, Endeavour caught up with Hubble on Saturday morning. As shuttle commander Richard Covey steered his spacecraft to within 35 ft. of the telescope, astronaut Claude Nicollier used a robot arm to grab the 43-ft.-long, 25,000-lb. device and lowered it into the shuttle's cargo bay, where some repairs will be done. "Houston, Endeavour has a firm handshake with Mr. Hubble's telescope," Covey told Mission Control. "It's quite a sight." The crew also found that...
...spoken to Michael Dean at 2:56 Pacific time last Wednesday afternoon. The 24-year-old flight controller is part of a team at NASA's Jet Propulsion Laboratory (JPL), in Pasadena, California, that had been working day and night for nearly a week to rouse the mysteriously silent spacecraft. Now the only hope left was in the hands of Observer: its onboard computers had been programmed to phone home if the probe hadn't heard from Earth for five days, triggering an electronic blip that would appear on Dean's screen. Scientists could then lock on to the signal...
Constructed of epoxy and graphite-fiber composites and crammed with advanced electronics, the DC-X was designed to take advantage of a burst of technological progress -- and it shows. Thanks to a skin as thin as a credit card, which replaces the heavy aluminum shell of conventional spacecraft, the rocket is light enough to leap into orbit in a single bound, avoiding the wasteful shedding of expensive booster stages. The DC-X is the world's first fully reusable spacecraft, and its myriad computer systems make it easy to launch and repair. It can be fired off by a crew...