SpaceShipOne Rockets To 68,000 Feet
ehartwell writes "According to Space.com, Scaled Composite's SpaceShipOne flew its first rocket-powered flight today, the 100th anniversary of the Wright Brothers' 12-second first flight. SpaceShipOne's engine burned for 15 seconds, pushing it to Mach 1.2 (930 mph) and a peak altitude of 68,000 feet. To win the X-Prize they need to reach 330,000 feet twice within 2 weeks."
The headline should state that, according to XPrize website, this is the first manned supersonic flight onboard a plane designed by a small private company. That is really impressive and is a great achievement just 100 years after the Wright brothers first flight. Nice birthday present !
100 years ago manned flight was a hot technology, today everybody can jump on a plane (as long as you have the money but its cheaper and cheaper). Today supersonic flight is a hot technology for the masses so it will maybe become commonplace in the years to come...
The biggest point is not the altitude here because 68000 feet is quite 'easy' to reach (although its really impressive too) and going from 68000 to 330000 feet is gonna be way way way more difficult. But everything needs a beginning and that's a very nice one.
Congratulations to the Scaled Composite team for this astonishing result... This plane is a very cool piece of engineering.
This X-Prize is definitely becoming more and more interesting, I have to admit that I never though it was possible for a team to go so far !
Iraq: war to save the U
Sounds like someone needs to stop spending so much time tweaking the Doom3 Engine and get on the stick. Sundays and Tuesdays aren't going to be enough to beat a fulltime effort.
Privately Funded SpaceShipOne Breaks Sound Barrier
A privately financed passenger-carrying sub-orbital rocket plane screamed its way through the sound barrier today, the 100th anniversary of the Wright Brothers historic 12-second flight over Kitty Hawk, North Carolina.
Privately built by Scaled Composites of Mojave, California, the SpaceShipOne cranked up its hybrid rocket motor after being released from the White Knight carrier plane high over Mojave, California.
"This successful and historic flight is important because we are showing that the private sector can perform human space flight faster, safer and cheaper," said Jim Benson, founding chairman and chief executive of SpaceDev, the Poway, California-based company that built SpaceShipOne's engine.
Test pilot Brian Binnie then put SpaceShipOne into a steep climb. Nine seconds later, SpaceShipOne broke the sound barrier and continued its steep powered ascent.
At motor shutdown, 15 seconds after ignition, SpaceShipOne was climbing at a 60-degree angle and flying near 1.2 Mach (930 mph).
Binnie continued the maneuver to a vertical climb, achieving zero speed at an altitude of 68,000 feet. He then configured the ship in its high-drag "feathered" shape to simulate the condition it will experience when it enters the atmosphere after a sub-orbital space flight.
At apogee, SpaceShipOne was in near-weightless conditions, emulating the characteristics it will later encounter during the planned space flights in which it will be at zero-g for more than three minutes.
After descending in feathered flight for about a minute, Binnie reconfigured the ship to its conventional glider shape and flew a 12-minute glide to landing at a landing strip in the Mojave.
The landing was not without incident.
On touchdown, the left landing gear retracted causing the rocket ship to veer to the left and leave the runway with its left wing down. Damage from the landing incident was minor and will easily be repaired. There were no injuries, according to a press release issued by Scaled Composites.
The milestone flight of SpaceShipOne involved development of a new propulsion system, the first rocket motor fabricated for piloted space flight in several decades.
The new hybrid motor was developed in-house at Scaled Composites. The motor uses an ablative nozzle supplied by AAE and operating components supplied by SpaceDev.
This was the 8th flight of the SpaceShipOne completed this year -- the first done under powered flight.
Comment removed based on user account deletion
How long before commercial spaceflight tickets are offered by competing commercial organizations and WE get to pick the craft?
Damon,
http://actionPlant.com
Here's their prerss [sic] release.
--Karma whoring as AC since 2000.
Translation:
ehartwell writes "According to Space.com, Scaled Composite's SpaceShipOne flew its first rocket-powered flight today, the 100th anniversary of the Wright Brothers' 12-second first flight. SpaceShipOne's engine burned for 15 seconds, pushing it to Mach 1.2 (1496 km/h) and a peak altitude of 20.7 kilometers . To win the X-Prize they need to reach 100.6 kilometers twice within 2 weeks."
They just needed 5 times more the altitude to reach the goal.
I wish the other X-prize hopefuls would take after Carmack's blogs, though -- reading about the little engineering challenges is the highlight of my Monday/Tuesday mornings.
Every year during my review, I just pray the words "slashdot.org" aren't mentioned.
If only my cold-fusion flux-capacitor hadn't gone on the blink my electrogravatic anti-grav drive would humming along nicely and I'd be half-way to the Mars by now...
ok when do i get to go to the moon. seriously. what the max it could cost? two or three billion?
If you want NASA to do it, it'll cost well over $50 billion.
"They redundantly repeated themselves over and over again incessantly without end ad infinitum" -- ibid.
When industry gets on the ball and starts developing space programs, we'll start seeing some real progress. Of course NASA's work is extremely valuable, but we need commercial support to really get things done. Satellites have been a huge success; now all we need is a very attractive financial reason to develop space commerce.
It might start off slow, though; in the end it will probably require starting an entirely new economic sector. Why do we need to mine asteroids and build huge solar collectors? To supply energy and materials for other space structures, of course. A self-perpetuating system like that is going to take time to build up. Satellites plug in very well to Earth's existing economy, but where does manned space exploration fit in....
...
What, did it have the president on board? Please tell me it broke up upon re-entry...
You see? You see? Your stupid minds! Stupid! Stupid!
George W. said something in the last week or two about wanting the USA to get back on the moon. I don't remember why, and if he meant building a base or what. I assumed it had something to do with reminding China that we were there first?
google is not helping me, i'm just finding articles wondering is geroge w is a moonie.
i did find this slashdot story from 2 weeks ago where they though he would call for moon mission in some speech scheduled today..... hrmmm
I did a quick Google on the first time humans passed the "sound barrier" in 1947. 50 years later, every school kid knows^W should know Chuck Yeager's name.
50 years from now, will the class of 2060 recognize the name "Brian Binnie"? If this works out, they darn well should... especially if he's the one who gets to fly the craft "for real", twice in two weeks.
* 1903: Orville & Wilbur Wright achieve controlled, manned flight (but birds fly on a regular basis)
* 1947: Chuck Yeager breaks the sound barrier in a military aircraft (but ordinary people fly on a regular basis)
* 2003: Brian Binnie breaks the sound barrier in a home-built spacecraft prototype (but ordinary people fly faster than sound on a regular basis)
* 2050: What's the next big advance when ordinary people fly to space on a regular basis?
I was sure rooting for the local boys (& girl), but I don't see how they can catch up to Scaled Composites' entry.
Stressed? Me? Of course not. Stress is what a rubber band feels before it breaks, silly.
The Duke Nukem: Forever team has been working on a fusion reactor in their spare time. We can all see what that did to that project's timeline.
The fact that people are willing to take a shot at this takes some serious huevos. When you think about the amount of cash, for one that goes into the design phase alone, sooner or later someone must scratch their head and ask if this is really worth it. Pair that with the need for such nontrivial things as ummm...say...cooking up rocket engines and rocket fuel. Then, last but not least, after you've designed something that seems like it ought to work, cooked up some engines, and a fuselage (not cheap either), you have to convince someone to get in it... Truely amazing. The absolute best of luck, and all my respect to all participating in the contest
Can't wait for the day NASA starts to outsource the space program!
This is big breakthrough for this team. As soon as I heard Rutan was in the mix, I figured these folks were the ones to watch. Even if they do win the X prize, however, what will the impact on manned space flight be? imho, manned space flight is never going to get anywhere until private companies discover a way to make a profit by putting people into space. Sattelites were pretty much a scientific curiousity, or for research, until the profit making possibilities with communications sat's became known. Once there was a way to make a profit, you started seeing all kinds of stuff going up, and a variety of launch systems to get it there. What will be the big money maker that will make human space flight profitable? Is space tourism a sufficient driving force? I think the cost will have to come down to well below 20 million a ticket before that's the case.
And in this case, kilometers makes extra sense, since the informal "edge of space" definition is 100km. (Otherwise, 330,000 feet seems like a totally arbitrary number)
km is also good for the circumference of the earth... it's 40,000km because an original definition of a km was that 10,000 of them was the average distance from the earth's pole to the equator.
HIV Crosses Species Barrier... into Muppets
How about this for an impressive indicator of technological progress? In the earlier story about the 100 year anniversary of powered flight there were comments suggesting that progress in aerospace seemed slow lately. Maybe we're on the verge of another surge forward?
It wasn't that long ago that the sound barrier was really considered a barrier - people involved in breaking the sound barrier are still around. Back then, it was a major effort that was incredibly risky and took the resources of a government to achieve. At the time, plenty of people wondered if it was really even possible.
Now, however, we see a small private company break the sound barrier on their first major rocket powered test flight, as if it's no big deal. We've come a long way. Nice one, Scaled Composites!
Here's another one.
With any luck we'll see regular manned access to space within the next ten years without a government involved. The X Prize and its follow-ons will be the equivalent of the barnstorming acts of yesteryear.
With any luck at least...
Do you know why the road less traveled by is littered with the bones of the unwary?
ecause an original definition of a km was that 10,000 of them was the average distance from the earth's pole to the equator.
I thought the original km wasn't defined as an average, but specifically as 1/10000th of the distance from the North Pole to the Equator, along the line of longitude passing through Paris.
The only reason we have the rights we have is that people just like us died to gain those rights. -- Cheerio Boy
If you want NASA to do it, it'll cost well over $50 billion.
If you don't want NASA to do it
The fact remains that the x-prize contenders are not even getting particularly close to the x-prize. If you think a garage spaceship will make it to the moon in your (or your grandchildren's) lifetime, you need to scale back on the sci-fi reading and walk around in the real world sometime.
It's great that we're gonna finally be able eventually travel to the moon and all... but all of my frequent flyer miles are now freakin' useless... It took me forever save up these thousands of miles with Delta too. I'm still 230,000 miles sort. Dang.
Getting people into space -- no matter how you get there or who pays for it -- is of transcendent importance, so I'm not inclined to quibble about the efforts of the X-Prize competitors.
But, let's not get carried away. Using a small rocket to power a small aircraft to a tad over Mach 1 and then coasting up to 68,000 feet is not amazing. That's been going on for 50 years or so.
What happened today is important because it was the first time SpaceShipOne was powered up, if only for 15 seconds.
I'm waiting for privately funded manned orbital flight. That'll be the real deal.
-- Slashdot: When Public Access TV Says "No"
NASA does outsource the space program. That's a big reason why the shuttle exploded earlier this year. The private sector was too cheap to do maitenence.
First, I really want to cheer these guys on, this is a great achievement, and I hope the champagne corks are popping all over Scaled Composite's.
On the other hand, I visited their site from a server running 800x600, and I really hope they hire a web-site designer someday. Ack! There's a huge static graphic in the top frame, and a tiny window for THE REST OF THE SITE. I mean, I can read like 3 lines of text! This graphic may be fine for a splash screen, but it makes it impossible to read the content! The only thing they could do to improve it is jam it full of flash and add a few blink tags, then it would be PERFECT!
This dude is the M-A-N.
He's the one that built the Voyager - the round-the-world-on-one-tank-of-gas turboprop plane. He used an Apple IIe to help make the plane as efficient as possible.
Not only is he working on this, but his building a plane to try a round-the-world-on-one-tank-of-gas solo jet plane.
This guy will get it done.
Linux - Because Mommy taught me to Share.
Lots of commentators on the news and slashdot have been linking spacecraft and aircraft. Why? What's the connection? Rockets (at least in the form of fireworks) preceeded manned aeroplanes, though stories I've read today would have you believe that spaceflight is a development of aeroplanes. True, they often share the same technology but the physics are different - one uses smart aerodynamics and the other brute force!
Hmmmm... Iraq war $87 billion or going to the moon 50 billion..... Hmmmmm.... Tough choice.....
Better stay away from those wormholes...
sic transit gloria mundi
yes that was annoying but whats more annoying to me is that your running at 800x600.. what are you on PDA or a 14incher GRAMPS....
right click desktop go to properties
adjust slider to 1024x768
hope this helps!!!!
Yeah, they tested a 99% completed and tested vehicle with a 10% of fuel in its tank, powering up the engine for the very first time.
Nothing to see here, move on folks.
AWW.
This report basically means that
A) they have to fix a glitch with the landing system
B) they could probably fuel up 100% tomorrow and fly up to space
Claiming the X-prize, as of now, cant happen before the end of Jan 2004, though, as the announcement for official flight has to announced 2 months in advance.
http://validator.w3.org/check?uri=http%3A%2F%2Fwww.slashdot.org Errors found while checking this document as HTML5!
I'm keeping track of press coverage here.
cool - thanks! I had heard average, but I don't remember the source.
-m
Progess in aviation and space has been slow. Humans flew in 1903. They broke the sound barrier in a small rocket plane in 1947, 44 years later. They landed on the moon in 1969, 66 years later.
And....it's 2003, 31 years since the last lunar landing, people are getting excited about another small rocket plane that fired its engine for 15 seconds and coasted to 68,000 feet. What's different here is the funding mechanism, not the aviation technology.
Progress in aviation and space travel has been stuck in the muck and mire for 30 years.
-- Slashdot: When Public Access TV Says "No"
330,000 feet seems very far away and awfully round to be reached by a private concern anytime soon. I propose we establish some booby-prize benchmarks at 68,060 feet, followed by 80,386, 80,468, and 80,586 feet respectively. Gives us all something to talk about until the endgame.
Damnit Jim we're rocket scientist, not web engineers!
There were rumours that George Bush would make an announcement at the Wright brother's flight re-enactment yesterday. When I read that the flight ended in the mud, I couldn't help wondering if there had been a last moment decision not to make an announcement as a result.
Imagine what would happen if a new moon program had been kicked off at the flight re-enactment. If any little thing went wrong later, the media would have a field day replaying footage of the plane dumping into the mud in association with Bush's speech.
SpaceShipOne did more than break the sound barrier, it aimed toward altitudes and conditions unseen by private aviation. With those altitudes and conditions come possible markets, such as small-scale microgavity research on the cheap and even the mother of all roller-coaster rides. Here's hoping that it marks a realization that there are some things which don't work, and some things which do.
Scientists restrict study to entire physical universe; creationist
Is that you, Larry Grover?
Bede Jet Corp.BD-10 may have been the first manned supersonic flight onboard a plane designed by a small private company It was a deadly, short lived, supersonic HOMEBUILT. Go supersonic, from your garage.& cid=3)
a fan's page
Results so far
The first one crashed, and the second one crashed as well. Each crash killed the then-president of the company developing the BD-10 for the market. Rights to the design were bounced around for a while, and I believe it's pretty much in limbo, now. At one point, a Canadian outfit was trying to develop it as a low-cost military trainer, but nothing came of it. I think there were four originally built... the Bede prototype, two crashed as noted above, and one constructed by a customer. There are two listed in the 2001 registration database. The prototype is still listed as being owned by Bede Jet Corporation, and the other one is registered to a man in California.(text from http://www.ipilot.com/learn/expert-view.asp?cur=0
Bzzt! Wrong. The shuttle exploded because a bunch of environmental wackos forced NASA to change the supposedly-environmental destroying engine insulation to a fluffy-bunny friendly version that, just coincidentally, sucked (as in, it fell off and hit the shuttle wing).
Thanks for playing the Talk Out of Your Ass game. As your reward for trying: one swift kick in said ass.
The Artemis Society figured that it could do a minimal but sustainable lunar base mission for $1.42 billion. $800 million of that being launch costs.
you mean cojones. Unless you're a chicken and you're betting your first bo... er, laid.
So: why is it so hard to make rockets work?
--
What short sigs we have -
One hundred and twenty chars!
Too short for haiku.
Found a source for my claim.
It refers to the meter as 1/10,000,000 the distance from the pole to the equator through Paris, which is the same definition I had. Not a flame though, I'm glad we weren't sure, and I was able to find a (semi-) definitive answer!
The only reason we have the rights we have is that people just like us died to gain those rights. -- Cheerio Boy
Its great that this plane managed 920mph. It certainly possible that the spaceshipone team will win the X-Prize by achieveing 330,000 feet.
But is this goal really a stepping stone to space?
Altitude alone is not especially useful since the pull of gravity will still exert its force upon the craft. The hard part about space travel is achieving orbit, a state where the craft has effectively escaped the earth's gravity well.
Escape velocity is 25,000 miles per hour. Geosynchronous orbit, the distance an object must reach to be in a stationary orbit above the ground is 117,427,200 feet.
These numbers are better than order of magnitude higher than the X-prize requirements.
So I wonder if the X-prize is really meaningful in the scale of realistic space flight?
It appears that White Knight had a landing gear problem on the previous flight as well. Knowing that most systems on the two craft are identical, this could mean that there is a (serious?) problem with the landing gear design. So they're probably in for a very thorough re-examination of the relevant systems. But they're probably on top of things and it's hard to say anything sensible about it without inside-information.
"Some people have got a mental horizon of radius zero and call it their point of view." - David Hilbert
Just to be snarky, I wonder if there's a ceiling to how high you can go for the round-the-world attempt. If you've got a working suborbital spaceship, it would be amusing to make an orbital spaceship* and say, "Yeah, we went around ten or fifteen times on one tank of gas. It was a big tank, tho."
-Zipwow
* I know, I know, orbit is waaay different than straight up, straight back. Its just an amusing thought...
I don't know which is more depressing, that 2/3 didn't care enough to vote, or that 1/2 of those that did are crazy.
President Bush has said nothing -- nothing -- about returning to the moon. The White House ordered a reexamination of American space efforts following the Columbia disaster, and that effort has concluded.
There is no political support for a crash program such as Apollo, but there is support for methodically building the infratructure that will allow the U.S. to operate in trans-lunar space, to include manned Lunar missions and a small lunar base (although not necessarily permanently staffed.) The Pentagon's open involvement in this effort will increase, and the funding it brings with it will increase total spending on space travel by 2-3 percent annually. Much attention, and perhaps some real money, will be paid to boosting the private sector's ability to enter space, but the real story is that the procurement and contracting model will be the same as the Pentagon has used for years to bring weapon systems into the inventory.
NASA will be pointed in the direction of R&D, but without making a lot of noise about it. The Shuttle will be phased out sooner, rather than later, and NASA will stop pouring billions into the false dream of building spacecraft with wings.
The U.S. will continue to support the space station, but everyone will secretly wish we hadn't got into the mess in the first place.
-- Slashdot: When Public Access TV Says "No"
Concorde was a state funded project, almost exclusively flown by state subsidised airlines bearing national badges (Air France and British Airways).
I thought the news artical was concerning what he will speak about in his state of the union address not a speech he already gave.
I think they let their web designer name their craft too, that's why it's in SuckyStudlyCaps. Let's just hope he wasn't allowed anywhere near the real design :-)
"'I pass the test,' she said. 'I will diminish, and go into the West, and remain Galadriel.'"
- JRR Tolkien.
There's no oil on the moon.
I think Rutan's experience with the Predator, the Global Hawk and the aeroshell of the DC-X are far more indicative of his talents than Voyager; a very slow unpressurized aircraft is not much experience for a space-skimming vehicle which has to endure substantial heat loads on return to earth, but the others are much closer.
Scientists restrict study to entire physical universe; creationist
I am not from the US and certainly beef about some things to do with them.
I think this is brilliant and is not just of interest to the US. It is of interest to the entire human race. If this eventually leads to the opening up of space to more than just big governments and huge corporations, it is relevant to me and I doubt I'll ever even see it.
And what's wrong with childish enthusiasm? It seems to be working for them...
I'll see your Constitution and raise you a Queen.
Aerospace. There is a photograph over at Armadillo Aerospace of the electronics inside of their vehicle. Does anyone know the name of the manufacturer of the black box in the back - it begins with ESTE????
Am I the only one that had Magic Carpet Ride going through my head while reading this article? :D
I kept reading "hybrid rocket motor" as "hyperspace motor"... ack... too much Asimov :)
Cryptic Allusion - New Mac and Dreamcast Games!
Screw the national debt, I've got to get re-elected!
Sorry, I was having an identity crisis there for a second . . .
Sdelat' Ameriku velikoy Snova!
Not really. One increases national security and is a legitimate function of the federal govt. The other is not.
It refers to the meter as 1/10,000,000 the distance from the pole to the equator through Paris
I wonder, though... in those days, did they think that there was something special about the line through Paris as opposed to, say, a line through the Atlantic ocean? Or was mentioning Paris just a political gimme?
I wonder if they originally intended to attempt to measure the effect of mountains and hills in the original definition of a kilometer, too... though at the scales involved, I don't suppose it would add up to much (especially with 1700s measurement accuracy).
Of course, now the meter is defined in terms of wavelengths of light of a certain radioactive element in a microfortnight, right?
Stressed? Me? Of course not. Stress is what a rubber band feels before it breaks, silly.
I wonder, though... in those days, did they think that there was something special about the line through Paris as opposed to, say, a line through the Atlantic ocean? Or was mentioning Paris just a political gimme?
I believe it was defined by a Frenchman... Sort of the way the Brits got to define the Prime Meridian as going through Greenwich.
The only reason we have the rights we have is that people just like us died to gain those rights. -- Cheerio Boy
It won't be long before Scaled Composites is flying to 100km and the X-Prize is theirs.
Meanwhile, NASA/Boeing have just announced that the X-37, part of the Orbital Space Plane program, will "deemphasize" actual space operations. Story at www.aviationnow.com. Great timing! Really highlights the differences between the good ol' government contractor way of doing things. Get the billions of dollars, build something that looks good for propaganda purposes, forget about flying into space.
I hope civilian space efforts wake everyone up to the pathetic reality of NASA before they have a chance to kill another batch of astronauts.
If you want NASA to do it, it'll cost well over $50 billion.
It wouldn't cost nearly that much if people assumed a significant chance of failure. Remember, not a single astronaut died during a missing during the mercury/gemini/apollo years ("Failure is not an option" was coined by NASA back then), except for the tragedy during a testing of equipment in Apollo 1. Many people would be VERY willing to risk bodily injury/death for a great thrill. I mean hell, people ride motorcycles, don't they? (or as we call them in the ER... organcycles)
proof that the metric system was crated as a devious French plot.
The Kruger Dunning explains most post on
Scientists restrict study to entire physical universe; creationist
what they're doing in terms of ground-tracking, telemetry, airspace and frequency reservation, etc.
This is a not insignificant portion of costs conventional spacelaunch - for the Russians, and the Americans. - you can't just light a fuse, stand back and cheer. Not safely, anyway. And at some point, it's not just the pilot's life and property at stake. Public infrastructure, or even private property (in the case of the crashes on 9/11) can be a significant liability as well.
I mean, sure, it's probably a trivial thing to file a flight path with the FAA to reserve airspace and sit on a radio frequency below 50,000 feet.
But what happens when they get into space? How are they going to tie in with existing safety and space infrastructure? Will their cost savings be the same with that integration? And if they don't how are they going to avoid collisions with existing satellites, etc once regular commercial access is established?
These are my friends, See how they glisten. See this one shine, how he smiles in the light.
You've got to walk before you can run.
LEO is on the order of 120 miles (or roughly 600,000) feet.
Remember, the first two manned US spaceflights were sub-orbital (Shepard and Grissom).
The only reason we have the rights we have is that people just like us died to gain those rights. -- Cheerio Boy
I just heard some sad news on talk radio - slashdot contributor ActionPlant (user # 721843) was found dead in his mother's basement this morning. There weren't any more details yet. I'm sure we'll all miss him, even if you weren't a fan of his inane comments, there's no denying his contribution to popular culture with his actionplant website. Truly a slashdot user.
Nitpicks: Reaching orbit does not mean escaping the gravity well, nor does it require escape velocity. Many useful orbits exist well below geosynchronous; note that the space shuttle never gets above a couple hundred kilometers. Now that's out of the way, to your point:
The X-prize is not about reaching space, so much as it is about spurring development. The prize for a solo nonstop flight over the Atlantic drove development of methods to reach the rather artificial goal, and those methods were useful in achieving other goals later. Some may have been useful directly, and some as examples of methods to be avoided. The same should hold true of developments for the X-prize... that's the point.
I am not a rocket scientist, and I have no idea if the Scaled, Armadillo, or other teams' efforts will really scale up to true orbital capability. Probably not, I think. But with each entry achieving its own innovations, it is likely that some combination of the lessons learned will contribute to the success of the next goal... whatever that is. It's all progress, and pretty darn cool besides. We can worry about scaling up later.
With reasonable men I will reason; with humane men I will plead; but to tyrants I will give no quarter. -- William Lloyd
That's probably not true. Check out Space X for example. Or Armadillo. The illusion needs shattering.
There's nothing inherently expensive about space (the fuel costs for putting something into space are under $50 per kg of payload for example)- it's just that right now there are so few launches that it's cheapest to throw the whole rocket away after each launch. Because it's so expensive, practically nobody goes. Catch 22.
-WolfWithoutAClause
"Gravity is only a theory, not a fact!"I say save up the extra $37 billion and buy yourself a war. The videos will be a lot more exciting, it's a lot safer (for you, anyway), you'll gain quite a bit more fame (or notoreity), and you can get the whole world involved instead of just the one or two friends who will fit in the spaceship with you. It costs a bit more, but with a war, you're definitely going to get your money's worth.
It's the first step. See the Mercury Redstone rocket launches.
Why yes, I AM a rocket scientist!
That's why the French didn't try to shoot down the Apollo program.
NO GOVERNMENT aboard. At all.
I believe that the survey was screwed up before it was completed. Everyone knew the data wasn't quite right but they decided to go with a number anyway.
So while the kilometer is supposed to be a specific distance with relation to the earth, even it's original measurers knew they got it wrong.
Bruce
Bruce Perens.
You wanted photos, here ya go:
Achieving orbit isn't the most difficult part. It's getting back in one piece. If all you want is to go to orbit and never come back (or at least don't mind burning up on reentry), just strap yourself onto any modest satellite launcher.
The point is that there are already commercial operations that do achieve these numbers. They do so in order to provide a valuable service: placing satellites in orbit.
Surely you recognize the spurious nature of your argument; the two numbers I list are reflections of the scale of the energy requirements needed for useful space travel in terms of the numbers given in the article; they are a way to do a comparison. Thus your comments on 200 mile orbit and acceleration are not relevant.
Actually there is still plenty of gravity at altitudes we think of as 'space'. How do you think satellites and other craft stay in orbit instead of escaping to outer space? The craft experience apparent zero gravity because Earth's gravity and the centrifugal force of their orbit are balanced.
Where space begins is a human idea, not a gravitational one.
I'm just wondering...
I wonder, though... in those days, did they think that there was something special about the line through Paris as opposed to, say, a line through the Atlantic ocean? Or was mentioning Paris just a political gimme?
The French sponsored the effort to measure the distance from the pole to equator, so they got to decide where the line went.
Incidentally, many people of the time advocated defining the meter as the length of a pendulum with a half-period of one second, however scientists realized that'd only take a couple days to figure out, whereas measuring a quarter of the Earth's circumference would keep them employed for years.
Les Miserables Volume 1 now up with my reading of
This craft doesn't really fly 'downrange' very far as an orbital flight would, the only 'downrange' stages are when It's attached to their carrier plane and when It's pulling up.
:)
If the worst was to happen (Im not sure if their rocket gimballs) and the craft went off course, the chances are that the out-of-envelope stresses would do a better job of self-destruction than any range safety officer.
Question: Does anyone know (I've searched scaled.com) whether the rocket nozzle is gimballed or whether they use dynamic control followed by 'balance'?
The only info on the motor control states the 2 button operation 1) Arm 2) Fire
Ripping an new rectum in the fabric of spacetime.
Time to update your numbers - it's $80 billion, twice, and growing.
Escape velocity has nothing to do with orbital mechanics. That is the point at which you peel away from the Earth and out into space.
"Learning is not compulsory... neither is survival."
--Dr.W.Edwards Deming
You need fuel. You need fuel to push the fuel. You need fuel to push the tank that holds the fuel. And chemical fuels only give so much push-per-quantity. For a given fuel, the ratio of fuel-mass to rocket-mass is a constant, and the vast majority of it is fuel.
That's why rockets drop pieces. Less tank to push. But dropped pieces are expensive and wasteful, meaning rockets are too expensive to be much use.
The best chemical fuel, liquid hydrogen and oxygen, just barely scrapes the threshold at which it can launch a sensibly sized single staged rocket into orbit, maybe. It's so close that the difference between "will" and "won't" is lost inside the calculation's margin of error.
That's the main reason rocket science is hard.
None of Dick Cheney's companies to aerospace contracting.
Time to put Doom III on the back burner.
2 seconds on Google could have given you the answer
0 1 - just my two bits
The legitimacy of the American efforts is questionable. I think the Americans were planning on waiting until they had the technology to blast a man into orbit before doing anything but were forced to carry out their plans early to avoid totally loosing face.
The question is that is there any point having a sub -orbital flight? Gravity is still strong for all but the crest of the flight making it pointless for space tourism and research, and objects dropped out will not stay up making it pointless for satilite deployment.
When Argumentum ad Hominem falls short, try Argumentum ad Matrem
Escape velocity has everything to do with orbital mechanics.
Escape velocity is the speed at which you can coast (using no thrust) for an infinite distance away from the Earth. Since a gravitional field is actually infinte in extent, the name "escape" is something of a misnomer. For that matter, the actual direction doesn't matter as long as you have enough (scalar) speed, so the phrase shouldn't use the word "velocity", either. A phrase like "speed of no return" would be more accurate, if more awkward.
Another way to look at it is that escape velocity is the speed at which your orbit becomes an open parabola instead of an ellipse. At this point, some people like to stop calling the path an "orbit", even though it may still be curved under the gravitational influence of the Earth.
You can "peel away" from the Earth at less than escape velocity. In fact, you can "peel away" for any arbitrary distance less than infinity; it just means that your closed orbit has a really high apogee.
Imagine how bad it'll look for them if someone wins the X-Prize before the shuttles goes back into service.
Les Miserables Volume 1 now up with my reading of
carmack go :)
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Beers and Boobies in a Game?
Dont forget the huuuuuuuuuge deficit due to war time spending. War time spending which is not generating jobs, but in fact reducing them. Public agencies accross the country are actually laynig people of. Social Service programs being cut. Just so Bush can say saddam is hiding in a Rat hole. When Benladen(sp) is still sending out tapes on a monthly basis.
No, but it's great for "get anywhere on earth in 90 minutes". That alone is reason to pursue the technology.
The shuttle disintegrated because NASA management decided (and engineers failed to think outside the box) that foam strikes, while an off-nominal event, were harmless.
As anyone who's drive a car knows, you catch a pebble in the windshield, it doesn't take much for that tiny chip to turn into a giant windshield destroying spiderweb of fatal cracks.
Management killed Columbia, not technology or some misguided environmentalism.
This just in...
FOR IMMEDIATE RELEASE
December 17, 2003
PAUL G. ALLEN CONFIRMED AS LONG-RUMORED SPONSOR OF SPACESHIPONE
Allen Sponsors Scaled Composites' Cutting-Edge X-Prize Entry, Attends Today's Successful Test Flight of the First Manned Privately Funded Supersonic Aircraft
MOJAVE, CA and SEATTLE - Dec. 17, 2003 - Investor Paul G. Allen today confirmed international speculation that he is the long-rumored sponsor behind the innovative SpaceShipOne project, which broke the sound barrier today during its first manned test flight. SpaceShipOne and its White Knight turbojet launch aircraft represent the first private non-government effort to demonstrate a low-cost manned space effort. SpaceShipOne is a contender for the coveted X-prize.
"Being able to watch today's successful test flight in person was really an overwhelming and awe-inspiring experience. I'm so proud to be able to support the work of Burt Rutan and his pioneering team at Scaled Composites," said Paul G. Allen, who has funded the effort since he and Rutan joined forces in March of 2001. "As we celebrate the centennial of flight, it's wonderful to be able to capture the spirit of innovation and exploration in aviation. SpaceShipOne is a tangible example of continuing humankind's efforts to travel into space, and effectively demonstrating that private, non-government resources can make a big difference in this field of discovery and invention."
"Today's milestone and the SpaceShipOne project would never have been possible without Paul's tremendous support," said Burt Rutan, the acclaimed inventor and aerospace engineer who leads the project along with his research and development team at Scaled Composites, which Rutan founded. "Paul shares our energy and passion for not only supporting one-of-a-kind research, but also a vision of how this kind of space program can shape the future and inspire people around the world."
For details about today's test flight, including specifications on speed, altitude, etc., visit www.scaled.com
For details about the X-prize visit www.xprize.com.
ABOUT PAUL G. ALLEN
Paul G. Allen owns and invests in a suite of companies exploring the potential of digital communications. Allen's business strategy includes encouraging communication and synergy between his portfolio companies for mutual benefit in the areas of technology, new media, biotechnology, entertainment, telecommunications and entertainment. His primary companies include Vulcan Inc. of Seattle and Charter Communications of St. Louis, the nation's fourth-largest cable provider. Allen is owner of the Portland Trail Blazers NBA team and the Seattle Seahawks NFL franchise, and a partner in the entertainment studio DreamWorks SKG. Allen co-founded Microsoft Corporation with Bill Gates in 1975 and served as the company's executive vice president of research and new product development, the company's senior technology post, until 1983. Allen gives back to the community through the six Paul G. Allen Charitable Foundations, which support arts, health and human services, medical research, and forest protection in the Pacific Northwest. He is also the founder of Experience Music Project, Seattle's critically-acclaimed interactive music museum, the forthcoming Experience Science Fiction Museum and Vulcan Productions, the independent film production company. For more information about Paul G. Allen visit www.vulcan.com
FOR IMMEDIATE RELEASE
December 17, 2003
PAUL G. ALLEN CONFIRMED AS LONG-RUMORED SPONSOR OF SPACESHIPONE
Allen Sponsors Scaled Composites' Cutting-Edge X-Prize Entry, Attends Today's Successful Test Flight of the First Manned Privately Funded Supersonic Aircraft
MOJAVE, CA and SEATTLE - Dec. 17, 2003 - Investor Paul G. Allen today confirmed international speculation that he is the long-rumored sponsor behind the innovative SpaceShipOne project, which broke the sound barrier today during its first manned test flight. SpaceShipOne and its White Knight turbojet launch aircraft represent the first private non-government effort to demonstrate a low-cost manned space effort. SpaceShipOne is a contender for the coveted X-prize.
"Being able to watch today's successful test flight in person was really an overwhelming and awe-inspiring experience. I'm so proud to be able to support the work of Burt Rutan and his pioneering team at Scaled Composites," said Paul G. Allen, who has funded the effort since he and Rutan joined forces in March of 2001. "As we celebrate the centennial of flight, it's wonderful to be able to capture the spirit of innovation and exploration in aviation. SpaceShipOne is a tangible example of continuing humankind's efforts to travel into space, and effectively demonstrating that private, non-government resources can make a big difference in this field of discovery and invention."
"Today's milestone and the SpaceShipOne project would never have been possible without Paul's tremendous support," said Burt Rutan, the acclaimed inventor and aerospace engineer who leads the project along with his research and development team at Scaled Composites, which Rutan founded. "Paul shares our energy and passion for not only supporting one-of-a-kind research, but also a vision of how this kind of space program can shape the future and inspire people around the world."
For details about today's test flight, including specifications on speed, altitude, etc., visit www.scaled.com
For details about the X-prize visit www.xprize.com.
ABOUT PAUL G. ALLEN
Paul G. Allen owns and invests in a suite of companies exploring the potential of digital communications. Allen's business strategy includes encouraging communication and synergy between his portfolio companies for mutual benefit in the areas of technology, new media, biotechnology, entertainment, telecommunications and entertainment. His primary companies include Vulcan Inc. of Seattle and Charter Communications of St. Louis, the nation's fourth-largest cable provider. Allen is owner of the Portland Trail Blazers NBA team and the Seattle Seahawks NFL franchise, and a partner in the entertainment studio DreamWorks SKG. Allen co-founded Microsoft Corporation with Bill Gates in 1975 and served as the company's executive vice president of research and new product development, the company's senior technology post, until 1983. Allen gives back to the community through the six Paul G. Allen Charitable Foundations, which support arts, health and human services, medical research, and forest protection in the Pacific Northwest. He is also the founder of Experience Music Project, Seattle's critically-acclaimed interactive music museum, the forthcoming Experience Science Fiction Museum and Vulcan Productions, the independent film production company. For more information about Paul G. Allen visit www.vulcan.com
I really hope there's nothing to this, but doesn't "white knight" sound a tad politically incorrect?
So I wonder if the X-prize is really meaningful in the scale of realistic space flight?
Well, what about other applications, like suborbital rocket courier from the West Coast to Japan?
USPS Rocket Priority: When it absolutely, positively, has to be there in an hour. Only $100/lb.
Toronto-area transit rider? Rate your ride.
Building a vehicle that's guaranteed to come back to Earth is a good first goal. Carmack's team is basically building a huge rocket to go up, and a parachute to make the coming down part survivable. Consider the extra math, physics, and computer processing that would have to go into getting back to Earth once you are in orbit. Sure it can be done, but wouldn't you want to test the other parts of the process first?
As far as I can understand, this contests involves building larger than commercially available rocket engines, managing small-scale life support, dealing with simple launch paths, and surviving re-entry stress that doesn't involve serious heat. (I might be wrong on some of these, and I might not have realized other essential things involved) You can see how all of those pieces are simpler aspects of a full-blown orbital launch.
I was reading it and seeing the pictures on scaled but couldnt quite follow, other than it seems to allow them to adjust the angle the rocket nozzle points in relation to the wings.
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Exactly---Scaled Composites is all but there...
Way to go Burt Rutan!
give or take.
Clear, Dark Skies
Do you realize that, even when they achieve their goals and win the prize they'll still end up landing back where they started?
What "ground tracking" resources do you think they'll need?
Clear, Dark Skies
At least, not much. The craft isn't really designed for exo-atmospheric manuvering. Just straight up, flutter down.
Clear, Dark Skies
Feathered wouldn't work for an orbital re-entry. It works here because SpaceShip One will not be going as fast. The NASA Space Shuttle is flying at 17000mph when it starts it's reentry run. SpaceShip One will be doing under 2000mph.
.. Blub falls right in the middle of the abstractness continuum. -- Paul Graham
ha ha!
the period is related to gravity... and gravity changes depending where you are. Of course, you could specify a standard gravity, but then that's in meters per second per second... oh well, I guess just picking a long fixed distance that's impossible to measure starts to make sense.
HIV Crosses Species Barrier... into Muppets
Right on. That's one of the most level-headed and reasonable approaches to this issue that I've seen yet.
You go, Shihar.
-T.
The area they are in is next to Edwards AFB, and the China Lake NWC. I don't think they have a problem with getting wavers on any flight rules. The Airport they are based out of has military aircraft flying out of it at times. (I have see it in the past.)
If you don't like what I write don't be a CS and mod it down. Refute it.
Yea I can't spell. So what is your point?
Some one point out his this is redundant to me? I was an early poster. No post was made about my county. How was this redundant? Mods are on crack (or was it an editor you never would know.)
If you don't like what I write don't be a CS and mod it down. Refute it.
Yea I can't spell. So what is your point?
I havent seen any mention of a reaction control system in any of their tests or photos. Does anyone know if they have one? If not how will they be able to control the attitude in the low pressure, especially at the very top when they have to turn around somehow but are supposedly in space
Paul G. Allen Confirmed as Long-Rumored Sponsor of SpaceShipOne
Right now there is an illusion that it costs billions of dollars and huge corporations to do anything in space.
:-\
Bingo. Now it just costs billions of dollars, but you can do it with a team of 50 people and some creative outsourcing.
And one really really really rich geek.
Well, at least we got the "mega-corporation" bit out of the way.
p
In Korea, long hair is for old people!
The name SpaceShipOne sounds to me like the next presidential plane/ship.
Basically, we don't have the research of a scientifically greater nationg like pre-WW II Germany to rip the technology off of. The great surge forward in Aerospace research int he 50's and 60's were a direct consequence of the americans defeating the germans and stealing all the rocket technology and most of the scientists. Also we lack the pressure to do anything.
IT's sort of like evolution without some sort of selection pressure, nothing changes much. Well for selective pressure we need a huge war with the real possibility that ourside could lose. Thats would spur lots of innovation.
"There are more things in heaven and earth, Horatio, than are dreamt of in your philosophy."
...is not that they want to kill astronauts, but rather that the origin, intent, structure and funding of the organization are inimical to sensible space travel.
NASA has many skilled and motivated people, but they're doing the wrong things for the wrong reasons, even when they aren't sidetracked into congressional pork.
NASA's guiding vision ("mankind's conquest of space") is abstract, effectively infinite in scope, and impersonal. It does not have a "bottom line". Hence they are blind to weigh up and choose concrete goals. They're aiming so high they want to get there immediately, and not stop to ask "why?". But, it's the "why" that tells you "how", and "ought I?".
They're underfunded to attack an infinity, by definition - and OVERfunded to develop sensible space travel. Their successes have all been of a "brute force and megabucks" sort. Rather than having to build slowly towards a true technology of space travel, each step justified by measurable, personal utility, they've operated on the principle that enough money will punt anything into orbit, and they'll learn on the job and find a justification for it later. All such vehicles are prototypes, and unsafe.
Need another shuttle, again.
I wonder, though... in those days, did they think that there was something special about the line through Paris as opposed to, say, a line through the Atlantic ocean? Or was mentioning Paris just a political gimme?
No they weren't. The definition of the meter was an international effort. With Spain, Great Britain, France and even the USA involved.
The line which they measured needed to fullfill some requirements e.g. it needed two coasts two measure sealevel and some others.
As it happens there is only one line that fullfills all requirements and that is the line through Paris.
(especially with 1700s measurement accuracy)
Measurments where accurate to within 1.5 arcseconds.
There is a very interesting book about the subject if your interested:
The Measure of All Things : The Seven-Year Odyssey and Hidden Error That Transformed the World
Although it was state-owned at the time of Concorde's development, British Airways isn't State-funded now, and hasn't been since it was privatised in 1983. At the time of privitisation, the government sold Concorde to BA for 1, writing off all the development costs. This meant that Concorde has always operated as a profit for BA.
Now, Air France is a different matter!
The world has changed and we all have become metal men.
About the entire world knows that a brasilian, livinf on France, was the fisrt man to fly.../ 11/2003079196
f m
o nt.html
t m
Only the americans says that the Wright brothers made this first (in a "secret" test , and with a CATAPULT!!!! This way even ROCKS fly!), against all the rest of the planet.
Sheesh, and I thogught that a bunch of well- informed uber-geeks like these here could even NOTE something about Alberto Santos-Dumount
Only to link...
http://taipeitimes.com/News/feat/archives/2003/12
http://www.firstflight.org/shrine/santos_dumont.c
http://www.rudnei.cunha.nom.br/FAB/eng/santos-dum
http://www.thefirsttofly.hpg.ig.com.br/pioneer2.h
Worst, Alberto killed himself when seeing the airplanes using at war to kill people, not for personal joy, with the help of the Whright...
At apogee, SpaceShipOne was in near-weightless conditions, emulating the characteristics it will later encounter during the planned space flights in which it will be at zero-g for more than three minutes
I can get the same effect by jumping in the air, can't I?. Just for a shorter time?
Well, I'm off to emulate the characteristics I will later encounter during the planned space flights now.
Boing
They will never know the simple pleasure of a monkey knife fight
With regards to your complaint that the American public needs to have things sugar coated, I completely agree with you. It irks me when I hear people breathing a sigh of relief because Saddam can no longer nuke the US. It is kind of sad that most people can't see through the thinly veiled excuse the US used to make the war 'legal' (or at least more legal). Iraq was invaded because the US wanted a free market democracy in the Middle East to influence the nations around it, pure and simple, right or wrong. WMDs was like nailing a mobster on tax evasion charges - it was an excuse. I wish people would judge the validity of the war based on what it was really about. That isn't to say you can't still support the war, just understand the real reason behind it instead of chanting mantra.
Of course, both sides are guilty of chanting stupid mantra. "No more blood for oil" was chanted as much as "don't let Saddam nuke the US". Both were stupid arguments dumbed down for the masses.
Perhaps that is the reason why the Bush administration continues on with its charade about WMDs - people are stupid. Anti-war people rally their stupid supports with dumb no blood for oil mantra and boil the entire conflict down to just evil corporations looking to make a quick buck. Pro-war people rally their stupid supports with fear of WMDs and terrorist about to turn American cities into dust. Both are infinitely stupid arguments and don't even begin to scratch the truth what really happened and why. If you think Bush attacked Iraq to make a quick buck or if you think he did it to keep US cities from feeling WMDs, you are ignoring the fact that the world is not as black and white and as complicated as it is.
Any time you receive and argument where there is an obvious good guy and bag guy, then that should set off a dozen warnings in your head that you are being fed bullshit. If you can't see both sides of the argument and understand how someone on both sides feels, then you are better off keeping your mouth shut because you clearly don't understand the totality of the situation.
Perhaps people deserve to be treated like idiots. Stupid mantra seems to have done well enough to mobilize both sides. If people are shut stupid sheep that they will believe such simple and inane explanations of the world around them, then perhaps we are getting what we deserve. It is a sad commentary.
The last moon/mars thing that Bush Sr started (and was rejected by congress) in '92 was budgeted at $400 bn.
'nuff said
If my calculations are correct, it appears that 330,000 does lie between 0 and 117,427,200. This would imply that building a craft that can achieve the goals of X-Prize 1 would indeed be a stepping stone on the way to actual manned spaceflight.
This does not indicate that the winner of this prize can just "scale up" the winning craft and achieve orbit - no one involved thinks so.
The X-Prize is an attempt to spur private interest in building spaceships, and to provide cash incentives (or, more realistically, minimize the losses associated) for those who achieve specific goals, and provide heat to a smouldering private space market.
Actually, I converted the X-Prize height to feet to match the numbers from the press release. Sure, metric makes more sense, but let's not forget the US is still unaccountably anti-metric (see: Mars Orbiter Lost Over Metric Conversion Error)
Honestly, it's what's in space that's interesting, and the X-Prize (and similar) are burning money reinventing the wheel as an oval.
The Russian Space Agency will accomplish more to move the world towards privatized space flight in this year, than the X-Prize ever will.
I'd be much more interested in an independent sustainable habitat contest, eg X-Biodome. That would actually prove useful to those genuinely interested in seeing exploration and colonization of the solar system and beyond become commonplace.
As it stands, X-Prize reminds me more of "Pioneer Quest" than "Galaxy Quest".
Too costly.
Actually, I believe when the grandparent post was referring to LH2/LOX as being "best", "best" was defined as "having the highest specific impulse of any chemical fuel currently used". It is the specific impulse of the fuel which determines the fuel mass to rocket mass ratio. In this case, JM is right, as LH2/LOX has the highest specific impulse of any chemical fuel (550 seconds IIRC). However, you are correct that LOX/Kerosene is a much, much easier fuel to work with, which still has a decent specific impulse (350 seconds IIRC). Of course, the choice of fuel only puts a limit on how high your specific impulse can be - no engine is 100% efficient, and engine efficiency will reduce those numbers below their ideal values. Frankly, I agree with you - I'd rather work with Kerosene than LH2 any day.
BTW, for those readers who don't know what specific impulse is (or why it is measured in seconds of all things): specific impulse is a measure of the amount of impulse (=force * time) which a specific amount of fuel produces. A pound of fuel will produce a pound of thrust for X seconds, where X is the specific impulse. Ion and plasma engines can have specific impulses in the 1000's of seconds, but have a very low thrust.
BTW, Burt Rutan was a childhood hero of mine. I've heard of him crashing, but I've never heard of him failing. I've always thought that his team will be the one to win the X prize.
Both thtese guys are sponsoring other x-prize contestants according to a popular science article.
1) It was devised by a Frenchman.
2) At the time, the Paris meridian was the "standard" instead of the Greenwich meridian.
WOW. Did you escape from the loney bin or the white house?
It failed due to a number of reasons. Ultimatly, the current head of NASA is responsible. He had a responsibility to furthor examine the craft, and he and his hand picked group of managers chose to not examine. A number of the engineers asked for pix, but higher up it was refused. That was a part of what was implied in the safety review.
Actually, it is most likely that a private spaceship will reach the moon in our lifetime. Plain and simple, that is where the money. Minerals, Low-gravity manufactuering, power, etc. is all about money. NASA has done the real work, but it will not be able of commercializing this. Nor should it; NASA is about research and doing the work that companies or individuals can not do.
I prefer the "u" in honour as it seems to be missing these days.
Has anyone noted that Space Ship 1 was essentially GOING STRAIGHT UP when it cracked the sound barrier?
Dumont's aircraft couldn't even steer or turn and its "flight" was a tiny hop. Wright's 1903 flyer could do that. And as mentioned, the Wright's were flying for several hours in the air prior to Dumont. And if you saw dumont's design, it was more like a box kite with a steam engine attached to it and no control surfaces.
The catapult you speak of was for light-wind conditions. The 1903 flyer made no use of it, it was a later development so they could work in Dayton. And as far as catapults go...how do you think planes get launched off of an aircraft carrier?
The wright's were secretive as a consequence of patent law at the time which prohibited public demonstrations while patents were pending. The patent office was very slow during this period of time as there many technological innovations during the 1900-1910 period.
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I have not heard of a commercial (or government, for that matter) effort to fill any one of those niches, let alone all of them.
Nice attempt to back-pedal and change the subject after being proved wrong, but given that you now say the corrections are irrelevant you beg the question of why you made such blatantly wrong assertions in the first place.Scientists restrict study to entire physical universe; creationist
"You may want to take a look at the human rights records of some of America's closest allies"
Yes...did you know in France, you can't auction off German 3rd Reich artifacts? You're not allowed to bring up France's cooperation with the Nazis? Or to mention the myth of french resistance? That you can be arrested for wearing muslim headdresses to school?
And we're still friends with these Yahoos?
An US admiral and a Russian admiral went to shipyards in their respective countries and said: "Hey, how about we make a submarine out of titanium?"
The US shipyard manager said: "Are you crazy? Where the hell are we going to get that much titanium?"
The Russian shipyard manager said: "How many do you want?"
If the road to hell is paved with good intentions, where does the road paved with evil intentions lead to?
Try the "No Child Left Behind" act on for size, dearie. There's even more emphasis on fact regurgitation now... go standardized testing and block grants based on testing performance, go!
"We have to go forth and crush every world view that doesn't believe in tolerance and free speech." - David Brin
Agreed. We all must learn to walk before we can run.
It should also be pointed out that although the Redstone rocket used to launch Alan Shepard into space was not capable of putting the Mercury capsule into orbit, it set the stage for later orbital Mercury missions using the larger Atlas rocket. Even NASA in the 60's took a methodical and evolutionary approach to space flight -- although on a hastened and expensive timetable that small private enterprise cannot hope to match.
Also note that the Redstone rocket used to launch the first US satellite Explorer I was a direct descendant of the German V2 which began development some 20 years or so earlier.
I for one can't wait to see where the descendants of the X-Prize efforts will be in 20 years.