Skydiver aims to break sound barrier in free fall
CAPE CANAVERAL, Fla. (AP) — His blood could boil. His lungs could overinflate. The vessels in his brain could burst. His eyes could hemorrhage.
And, yes, he could break his neck while jumping from a mind-boggling altitude of 23 miles.
But the risk of a gruesome death has never stopped "Fearless Felix" Baumgartner in all his years of skydiving and skyscraper leaping, and it's not about to now.
Next Monday over New Mexico, he will attempt the highest, fastest free fall in history and try to become the first skydiver to break the sound barrier.
"So many unknowns," Baumgartner says, "but we have solutions to survive."
The 43-year-old former military parachutist from Austria is hoping to reach 690 mph, or Mach 1, after leaping from his balloon-hoisted capsule over the desert near Roswell.
He will have only a pressurized suit and helmet for protection as he tries to go supersonic 65 years after Chuck Yeager, flying an experimental rocket plane, became the first human to go faster than the speed of sound.
Doctors, engineers and others on Baumgartner's Red Bull-sponsored team have spent as much as five years studying the risks and believe they have done everything possible to bring him back alive. He has tested out his suit and capsule in two dress rehearsals, jumping from 15 miles in March and 18 miles in July.
Baumgartner will be more than three times higher than the cruising altitude of jetliners when he hops, bunny-style, out of the capsule and into a near-vacuum where there is barely any oxygen and less than 1 percent of the air pressure on Earth.
If all goes well, he will reach the speed of sound in about half a minute at an altitude of around 100,000 feet. Then he will start to slow as the atmosphere gets denser, and after five minutes of free fall, he will pull his main parachute. The entire descent should last 15 to 20 minutes.
He will be rigged with cameras that will provide a live broadcast of the jump via the Internet, meaning countless viewers could end up witnessing a horrific accident.
Baumgartner is insistent on going live with his flight.
"We want to share that with the world," he says. "It's like landing on the moon. Why was that live?"
His team of experts — including the current record-holder from a half-century ago, Joe Kittinger, now 84 — will convene inside a NASA-style Mission Control in the wee hours Monday for the liftoff of the helium balloon at sunrise.
"All the things that can happen are varying degrees of bad," offers Baumgartner's top medical man, Dr. Jonathan Clark, a former NASA flight surgeon.
Clark was married to space shuttle astronaut Laurel Clark, who was killed aboard Columbia while it was returning to Earth in 2003, and he has dedicated himself to improving astronauts' chances of survival in a high-altitude disaster.
NASA is paying close attention, eager to improve its spacecraft and spacesuits for emergency escape, but is merely an observer; the energy drink maker is footing the bill and will not say how much it is costing.
The No. 1 fear is a breach of Baumgartner's suit.
If it breaks open — if, say, he bangs into the capsule while jumping or supersonic shock waves batter him — potentially lethal bubbles could form in his bodily fluids. That's what's known as boiling blood. A Soviet military officer died in 1962 after jumping from a balloon at 86,000 feet; the visor of his helmet hit the gondola and cracked.
During the descent, the temperature could be as low as minus 70. Baumgartner's suit will be all he has between his body and the extreme cold.
Then there's the risk of a flat spin, in which Baumgartner loses control of his body during the free fall and starts spinning. A long, fast spin, if left unchecked, could turn his eyeballs into blood-soaked, reddish-purple orbs, and he could be left temporarily blind. Also, a massive blood clot could form in his brain.
A small stabilizing chute will automatically deploy if he goes into a flat spin and blacks out or otherwise becomes incapacitated. He also has an emergency chute that will automatically deploy if he is unable to pull the cord on his main chute.
Baumgartner's team has a plan for every contingency but one: If the balloon ruptures shortly after liftoff because of a gust of wind or something else, the capsule will come crashing down with him inside. He won't have time to blow the hatch and bail out.
"I have every expectation that he'll come through this successfully based on our analysis," Clark says, "but you know, it still is an unknown."
Kittinger leapt from an open gondola on Aug. 16, 1960, from an altitude of 19.5 miles and reached 614 mph, or Mach 0.9 — records that stand to this day. He was a captain in the Air Force, and the military's Excelsior project was a test bed for the nation's young space program.
Kittinger has been Baumgartner's mentor, signing on with this new project after decades of refusing others' requests.
Fearless Felix insists he would not attempt the jump if the odds were against him.
"I think they underestimate the skills of a skydiver," says Baumgartner, who has made more than 2,500 jumps from planes, helicopters, landmarks and skyscrapers, with no serious injuries.
If he makes it back in one piece, Baumgartner plans on settling down with his girlfriend and flying helicopters in the U.S. and Austria, performing mountain rescues and firefighting.
"After this," he promises, "I'm going to retire because I've been successfully doing things for the last 25 years and I'm still alive."
And, yes, he could break his neck while jumping from a mind-boggling altitude of 23 miles.
But the risk of a gruesome death has never stopped "Fearless Felix" Baumgartner in all his years of skydiving and skyscraper leaping, and it's not about to now.
Next Monday over New Mexico, he will attempt the highest, fastest free fall in history and try to become the first skydiver to break the sound barrier.
"So many unknowns," Baumgartner says, "but we have solutions to survive."
The 43-year-old former military parachutist from Austria is hoping to reach 690 mph, or Mach 1, after leaping from his balloon-hoisted capsule over the desert near Roswell.
He will have only a pressurized suit and helmet for protection as he tries to go supersonic 65 years after Chuck Yeager, flying an experimental rocket plane, became the first human to go faster than the speed of sound.
Doctors, engineers and others on Baumgartner's Red Bull-sponsored team have spent as much as five years studying the risks and believe they have done everything possible to bring him back alive. He has tested out his suit and capsule in two dress rehearsals, jumping from 15 miles in March and 18 miles in July.
Baumgartner will be more than three times higher than the cruising altitude of jetliners when he hops, bunny-style, out of the capsule and into a near-vacuum where there is barely any oxygen and less than 1 percent of the air pressure on Earth.
If all goes well, he will reach the speed of sound in about half a minute at an altitude of around 100,000 feet. Then he will start to slow as the atmosphere gets denser, and after five minutes of free fall, he will pull his main parachute. The entire descent should last 15 to 20 minutes.
He will be rigged with cameras that will provide a live broadcast of the jump via the Internet, meaning countless viewers could end up witnessing a horrific accident.
Baumgartner is insistent on going live with his flight.
"We want to share that with the world," he says. "It's like landing on the moon. Why was that live?"
His team of experts — including the current record-holder from a half-century ago, Joe Kittinger, now 84 — will convene inside a NASA-style Mission Control in the wee hours Monday for the liftoff of the helium balloon at sunrise.
"All the things that can happen are varying degrees of bad," offers Baumgartner's top medical man, Dr. Jonathan Clark, a former NASA flight surgeon.
Clark was married to space shuttle astronaut Laurel Clark, who was killed aboard Columbia while it was returning to Earth in 2003, and he has dedicated himself to improving astronauts' chances of survival in a high-altitude disaster.
NASA is paying close attention, eager to improve its spacecraft and spacesuits for emergency escape, but is merely an observer; the energy drink maker is footing the bill and will not say how much it is costing.
The No. 1 fear is a breach of Baumgartner's suit.
If it breaks open — if, say, he bangs into the capsule while jumping or supersonic shock waves batter him — potentially lethal bubbles could form in his bodily fluids. That's what's known as boiling blood. A Soviet military officer died in 1962 after jumping from a balloon at 86,000 feet; the visor of his helmet hit the gondola and cracked.
During the descent, the temperature could be as low as minus 70. Baumgartner's suit will be all he has between his body and the extreme cold.
Then there's the risk of a flat spin, in which Baumgartner loses control of his body during the free fall and starts spinning. A long, fast spin, if left unchecked, could turn his eyeballs into blood-soaked, reddish-purple orbs, and he could be left temporarily blind. Also, a massive blood clot could form in his brain.
A small stabilizing chute will automatically deploy if he goes into a flat spin and blacks out or otherwise becomes incapacitated. He also has an emergency chute that will automatically deploy if he is unable to pull the cord on his main chute.
Baumgartner's team has a plan for every contingency but one: If the balloon ruptures shortly after liftoff because of a gust of wind or something else, the capsule will come crashing down with him inside. He won't have time to blow the hatch and bail out.
"I have every expectation that he'll come through this successfully based on our analysis," Clark says, "but you know, it still is an unknown."
Kittinger leapt from an open gondola on Aug. 16, 1960, from an altitude of 19.5 miles and reached 614 mph, or Mach 0.9 — records that stand to this day. He was a captain in the Air Force, and the military's Excelsior project was a test bed for the nation's young space program.
Kittinger has been Baumgartner's mentor, signing on with this new project after decades of refusing others' requests.
Fearless Felix insists he would not attempt the jump if the odds were against him.
"I think they underestimate the skills of a skydiver," says Baumgartner, who has made more than 2,500 jumps from planes, helicopters, landmarks and skyscrapers, with no serious injuries.
If he makes it back in one piece, Baumgartner plans on settling down with his girlfriend and flying helicopters in the U.S. and Austria, performing mountain rescues and firefighting.
"After this," he promises, "I'm going to retire because I've been successfully doing things for the last 25 years and I'm still alive."
Ive been following this project now since Outside Magazine first published an article on the cover with Felix, several years ago. I have followed him on Facebook and watched all of his broadcasts, and I really get tired of the way the media hypes things up with worst case scenarios like this.
One thing is certain, that team there knows what they are doing, and what happened to the former Soviet officer in 1962 is a lot different than what will be done today. Obcviously technology is much different now than it was then; I think a lot of what went into the story was complete BS. "Eyeballs turning into purplish blobs". That can happen just driving down I-5 and getting into a horrific accident, but that wont be reported.
so when is this live show? what time? what website? i want details!
@DylanJ go to facebook if you have an account and search for Felix Baumgartner, or http://www.facebook.com/#!/events/492225154128689/?fref=ts
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@DylanJ Here is the direct link: http://www.redbullstratos.com/ Looks very interesting!
WHEEEEEEEEEEEEEEE!!!!!!!!!!!!!!!!!! SPLAT! :-D
"...potentially lethal bubbles could form in his bodily fluids...A long, fast spin, if left unchecked, could turn his eyeballs into blood-soaked, reddish-purple orbs...Also, a massive blood clot could form in his brain..."
Wow -- this reads like something by Brave Sir Robin's minstrels!
Have they dropped stuff from that altitude to see what it does? I'm pretty sure you could get Adam and Jamie to pony up Buster for a test.
@PacMan yes, this was actually done in preparation for Joe Kittinger's jump. They dropped dummies from high altitude of up to 90,000 feet.
http://stratocat.com.ar/artics/excelsior-e.htm
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@ulquiorra Well yeah, but think about it like this; when objects are reentering earth's atmosphere, they are doing so at terminal velocity - going as fast as they will possibly go. The friction builds against the surface of the object and creates heat and plasma; which can burn it up in reentry. If this jump proves there is a way for astronauts to reenter the atmosphere from high altitude, they will have to have a way for them to slow the rate of decent, with a drag chute, or another method.
Remember this is only a proof of concept, but a pretty cool one at that.
@northwestsurfer Actually, when objects such as spacecraft are reentering the earth's atmosphere, they are travelling at beyond terminal velocity. That is why the friction builds up high enough to require some form of thermal protection.
This balloon, is not travelling at mach speeds in order to escape the earths gravity.. it is merely floating up to the top of the atmosphere.. kind of like a bubble of air in water.. so, I would doubt there would be any issues with heat generation, however, the problem is the cold...
 @northwestsurfer Interesting thought but is there actually a terminal velocity in space? I don't think there is. For him there is still some friction from the small amount of atmosphere which increases for each foot he drops. So over 600 mph might be possible. 690 as the speed of sound depends on where you measure it in the atmosphere. At sea level it's 761.2 mph and drops as height increases.
@Mr. H No dude. Terminal velocity only means that is the fastest you are going to travel, period. During a normal jump from say 13,000 feet, terminal velocity is usually 120Mph. When Felix jumps from that altitude, his terminal veloicy will exceed 600Mph, possibly the speed of sound. That is the fastest he will go period.
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Obviously the ballon is not travelling at mach speeds, but thanks for reminding me. Friction will occur, when he reaches denser atmosphere, that is why he is slowing down. There is more air mass, otherwise he would continue to travel at the highest speed he will reach when he jumps. Its simple physics.