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BY SPACEFLIGHT NOW Follow the launch of SpaceShipOne for its X Prize attempts by reloading this page for the very latest on the mission.
MONDAY, OCTOBER 4, 2004
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1710 GMT (1:10 p.m. EDT) "Quite frankly, I think the big guys, the Boeings, the Lockheeds, the nay-say people at Houston, they probably ... think we're a bunch of home builders who put a rocket in a Long Easy," he said, referring to one of his recreational aircraft designs. "But if they ... got a look at how this flight was run and how we developed the capabilities of this ship and showed its safety, I think they're looking at each other now and saying, 'We're screwed.'" Read our updated story here.
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1424 GMT (10:24 a.m. EDT) Seconds after dropping from the belly of White Knight, the SpaceShipOne engine will be ignited under the control of pilot Brian Binne. There are two switches in the cockpit -- one to arm the engine, the other to fire it. The engine will burn for approximately 87 seconds, propelling the spacecraft at least 62 miles above Earth for today's suborbital spaceflight. SpaceShipOne is powered by a hybrid rocket motor. The innovative engine uses a solid, rubbery hydroxy-terminated polybutadiene propellant and nitrous oxide laughing gas as the oxidizer. Both are safe to handle and the oxidizer is self-pressurizing at room temperature, allowing SpaceShipOne to avoid the use of complicating turbopumps.
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1240 GMT (8:40 a.m. EDT) A surprise to many observers of the Rutan project was announced this morning. Brian Binnie will be the pilot for the mission. He'll earn his astronaut wings if the launch successfully reaches the edge of space some 62 miles above Earth. Mike Melvill had served as pilot on the previous two SpaceShipOne flights to space. A graduate of the U.S. Navy Test Pilot School, Binnie has more than 4,600 hours of flying time in 59 different aircraft, including the F/A-18, the A-7E, the White Knight and SpaceShipOne. He holds master's degrees in aeronautical engineering and fluid mechanics and is a veteran of 33 combat missions in Operation Desert Storm. Binnie was at the controls last December when he made the first supersonic flight in SpaceShipOne. Encountering a roll oscillation during landing, one of the craft's landing gear collapsed. Melvill flew SpaceShipOne into sub-orbital space during a June test flight and he was at the controls last week for the first of the two X Prize launches. Given his experience dealing with the unexpected roll during that flight, Melvill seemed a natural choice to make the second flight today. Rutan did not immediately explain his choice of pilots.
SUNDAY, OCTOBER 3, 2004 The White Knight carrier aircraft with the SpaceShipOne craft mounted to its belly will taxi to the runway at the Mojave airport for takeoff at 1400 GMT (10 a.m. EDT; 7 a.m. local time), which is shortly after sunrise. It will take about an hour for White Knight to reach an altitude of nearly 50,000 feet where SpaceShipOne is dropped at 1500 GMT (11 a.m. EDT; 8 a.m. local) to ignite its rocket engine and blast to the fringes of space. After a powered flight of about 87 seconds, SpaceShipOne will coast up to an altitude in excess of 62 miles then reenter the atmosphere and glide to a landing on the Mojave runway by 1530 GMT (11:30 a.m. EDT; 8:30 a.m. PDT) to complete the brief suborbital trip. It is widely believed that Mike Melvill will again pilot SpaceShipOne. But official confirmation of that remains a secret. SpaceShipOne was created by Burt Rutan and funded by Microsoft billionaire Paul G. Allen. Following a dress rehearsal flight in June, the craft performed the first X Prize launch last Wednesday. It must fly above 62 miles twice in two weeks to score the $10 million. Watch this page for status reports during Monday's mission.
SATURDAY, OCTOBER 2, 2004
WEDNESDAY, SEPTEMBER 29, 2004
1848 GMT (2:48 p.m. EDT) "It was a comfortable, easy flight. The flight, for me, was great. I came off the hooks (from the White Knight carrier aircraft), started the engine, the engine started up just like clockwork, starting pulling back on the stick, trimming a little bit, and the airplane just went straight up. I couldn't believe how straight it was going. Last time I was all over the sky, and most of that was my own fault. I hate to say that, I actually made a mistake there. I got into it in the yaw-trim system and I got into a PIO (Pilot-Induced Oscillation) and all of that rolling you might have seen on the last flight (in June) was entirely me and not the vehicle. "This time you didn't see any of that because I figured out the problem and fixed it. So it made a very nice, straight trajectory to the top. Then at the top we got a little bit of rolling motion going but I think it looks good for the crowd if you can roll at the top of the climb," he said prompting laughter in the audience. "I think we did about 20 turns in roll and there were some pretty high rates there. But Burt has designed a system that allowed me to stop the rates. I turned on the reaction jets and I stopped the rates, brought it to a complete standstill in space. I even had time to pick up a still camera and take some pictures out of the window. "And then (I) prepared the airplane for the descent and came back in and made a decent landing. And thank heavens for the the good weather. It was great. "I hope you all enjoyed it. I sure enjoyed the ride."
1848 GMT (2:48 p.m. EDT) "This is not going to affect the second attempt at all. The vehicle is ready to go. It won't take us but a day or two to put it together."
1840 GMT (2:40 p.m. EDT) "Part of it is the speed. You are going at a tremendous speed and if you put any kind of a roll into it, it is going to ramp up very fast. But the roll rate was very controllable. I stopped the roll rate just using the normal controls of the airplane. "I'm not sure what kicked it off. But I'm sure that when we know what it is we will tell everybody what it was. It was probably something that I did. I didn't think it was me last time. But boy when we looked at the data, there it was as big as life. "So I'm inclined it is something I did. But I never felt uncomfortable. "And I actually think it helped us," he continued with a smile. "We were spin-stabilized and we managed to keep the trajectory going -- we were perfectly on course. I'm very, very pleased at how it went."
1834 GMT (2:34 p.m. EDT) "I don't think I made a mistake. Bear in mind we haven't be able to look closely at the data. We took a real quick look at and none of us are positive what caused that. It is possible that I stepped on a rudder when I shouldn't have. You get older you can do things like that. We will have to look and see what that was. "It was at no time any worry for me. I knew the rates could be handled. I was very glad to see that I passed the altitude (62-mile threshold for X Prize) and I waited a little bit longer just to get a little altitude in hand and then I shut (the engine) down 11 seconds early. I had 11 seconds more of burn -- I could have gone to 360,000 feet today -- but I didn't think it was worth taking that kind of risk because we have a second flight to do. It is better to get the altitude, bring it back clean and undamaged." Read our earlier status center coverage. |
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