Skydiver's Record-Breaking 'Space Jump' Delayed by Damaged Capsule

Felix Baumgartner completes final test jump from 97,145.7 feet/29,610 meters on July 25, 2012, for the Red Bull Stratos mission, which aims to set the world record for highest skydiver by leaping from 120,000 feet and breaking the sound barrier. (Image credit: Jay Nemeth/Red Bull Content Pool)

A daring supersonic "space jump" that would shatter the world record for the highest skydive in history has been delayed until October due to a damaged balloon capsule, project organizers say.

Austrian daredevil skydiver Felix Baumgartner, 43, was expected to make the historic skydive sometime this month over the New Mexico desert as part of the Red Bull Stratos project. The dive, which organizers have dubbed a "space jump," will send Baumgartner more than 120,000 feet (36,575 meters) up by balloon so he could leap into the sky from a custom-built capsule.

The jump is aimed at breaking the current world record for the highest skydive — 102,800 feet (31,333 m) — set in 1960 by U.S. Air Force Capt. Joe Kittinger, who is an adviser on the Red Bull Stratos mission.

Baumgartner tested the capsule (and his nerves) in a rehearsal skydive last month, when he jumped from a height of 97,145.7 feet (29,610 m) over Roswell, N.M. While the July 25 skydive itself was a success, when recovery crews retrieved Baumgartner's balloon capsule, they found that it had been damaged during its long descent back to Earth. [Photos of Baumgartner's 2nd 'Space Jump' Test Dive]

Crew members recover the capsule in the desert after the successfully compleated second manned test flight for Red Bull Stratos in Roswell, New Mexico, USA on July 25, 2012. (Image credit: Damaged Red Bull Stratos Capsule Liftened)

"After Baumgartner jumped from the capsule, it was detached from the balloon shortly before it would have drifted into U.S. military airspace southwest of Roswell," Red Bull Stratos officials explained in a statement. "However, after descending under parachute it landed on a rocky, uneven surface and was thrown onto its side."

The result: damage to the capsule's outer shell, framework and other vital components, Red Bull Stratos officials said. After its recovery, the capsule was transported to Sage Cheshire Aerospace in Lancaster, Calif., for more testing.

The capsule's vital inner pressure sphere, which houses Baumgartner during his ascent, is intact, but several life support system components are being replaced as a precaution, project officials said.

"The outer shell will be exchanged, using materials from a reserve capsule," Red Bull Stratos officials added.

The repaired capsule will undergo another safety test in an altitude chamber, currently slated for Sept. 24 or so, in San Antonio, Texas, to make sure it can withstand the stratospheric environment.

"Once this test has been completed successfully … the craft will be certified safe to fly, with the final mission set for sometime in the first two weeks of October," officials said.

The capsule lies in the desert after a hard landing during the second manned test flight for Red Bull Stratos in Roswell, New Mexico, USA on July 25, 2012. (Image credit: Jörg Mitter/Red Bull Content Pool)

Baumgartner's July 25 practice jump was the second test skydive for the Red Bull Stratos mission, after a leap from 71,581 feet (21,818 m) this past March. Prior to that jump, the highest leap for Baumgartner was from an altitude of 30,000 feet (9,144 m).

“The more practice you have, the more confidence you have," Baumgartner said just after the latest test jump. "We now have a good feeling of what to expect and are ready to go."

Meanwhile, Red Bull Stratos mission managers will keep an eye on changing weather conditions for Baumgartner's October jump window. Conditions must be safe not only for the skydive, but also for the long ride to jump height by Baumgartner's 55-story balloon, officials said.

"Early fall in New Mexico is one of the best times of year to launch stratospheric balloons," said Red Bull Stratos mission meteorologist Don Day.

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