As reported on Techcrunch, this is unbelievable (also unbelievably risky...):
This morning, Richard Branson’s spaceship startup Virgin Galactic unveiled the second design of its suborbital vehicles, SpaceShipTwo and White Knight Two.
This morning, Richard Branson’s spaceship startup Virgin Galactic unveiled the second design of its suborbital vehicles, SpaceShipTwo and White Knight Two.
SpaceShipTwo is what the passengers will actually ride in, and White Knight Two is the launch vehicle that carries it to a high altitude before releasing the rocket. (It takes less energy to launch from 50,000 feet than from the ground). The design is a little bit different than the initial SpaceShipOne and White Knight One. Both are all carbon-composite vehicles, and are designed with an open architecture so that in the future other companies can use it as a foundation to create space vehicles for unmanned missions. White Knight Two is a double-hulled launch plane with four engines from Pratt & Whitney.
Branson suggests that if Virgin Galactic can prove the commercial viability of space flight, it will unlock a “wall of investment that could rival the amount invested in mobile or the Internet.” He also suggests that at some point in the future, in addition to suborbital thrill rides, the vehicle pair could serve as a superfast transport for point-to-point international travel here on Earth. (Forget about supersonic flight, this would be much faster). Looking much further out to a day when next-generation vehicles are flying commercially that can actually deliver small satellites and other payloads, he waxes about the possibilities:
Branson suggests that if Virgin Galactic can prove the commercial viability of space flight, it will unlock a “wall of investment that could rival the amount invested in mobile or the Internet.” He also suggests that at some point in the future, in addition to suborbital thrill rides, the vehicle pair could serve as a superfast transport for point-to-point international travel here on Earth. (Forget about supersonic flight, this would be much faster). Looking much further out to a day when next-generation vehicles are flying commercially that can actually deliver small satellites and other payloads, he waxes about the possibilities:
One day we might be able to use space for energy production. While I believe aviation has to get more carbon efficient, seemingly benign industries like IT have outpaced aviation in carbon output. [One promise of a commercial space industry is] the ability to launch low-earth satellites that could literally take some of the heat out of the planet, by serving as a repository for information technology.
Although the flight rate will be low to start, the vehicle is designed to handle high flight rates several years from now. “The spaceship is being designed so that it can be flown twice a day and the launch plane can be flown three times a day,” says designer Burt Rutan of Scaled Composites. Virgin Galactic has ordered five spaceships from Scaled Composites, with an option of seven more. Rutan predicts that if Virgin Galactic is able to build 40 to 45 spaceships over first twelve years, with 15 launch planes, they could fly 100,000 people in the first twelve years of operation.
Virgin Galactic hopes to begin test flights this summer, but no mention of when commercial flights will actually start. With recession fears in the air, you’ve got to wonder what kind of impact that might have on demand for such premium-luxury travel.
No indicators for how much the price will be and if us mere mortals will be able to afford "suborbital thrill rides", but if Branson can dream about commercialising space flights, we can dream about affording one...
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