homehome Home chatchat Notifications


Microsoft co-founder announces new private space flight company

We’re at the dawn of a new exciting era – the private space age. More and more companies and influential businessmen have hopped on the bandwagon in the past decade, with the thought of building something truly incredible, while operating a profitable business at the same time. Richard Branson launched Virgin Galactic, Elon Musk (Paypal […]

Tibi Puiu
December 20, 2011 @ 11:34 am

share Share

The giant Stratolaunch aircraft, with a wing span the size of a football field, is set to piggyback rockets for easy orbit deployment. (c) Dynetics/Stratolaunch Systems

The giant Stratolaunch aircraft, with a wing span the size of a football field, is set to piggyback rockets for easy orbit deployment. (c) Dynetics/Stratolaunch Systems

We’re at the dawn of a new exciting era – the private space age. More and more companies and influential businessmen have hopped on the bandwagon in the past decade, with the thought of building something truly incredible, while operating a profitable business at the same time. Richard Branson launched Virgin Galactic, Elon Musk (Paypal founder) paved the way for the promising SpaceX, Jeff Bezos opened Blue Origin, and now another business magnate is set to join these highly distinguished ranks – Paul Allen, Microsoft co-founder, with his newly announced Stratolaunch.

The company’s mission and objectives are extremely ambitious, to say the least. Their first project involved the building of a massive aircraft, which when completed will have the largest wingspan in the world (the size of a football field), capable of carrying manned or cargo rockets close enough for them to easily deploy in orbit. Its advanced launch system is designed such that a mid-flight booster ignites to send cargo, satellites and, eventually, people into orbit. Most likely, the aircraft will deploy SpaceX two-stage rockets, whose boosters will be released at an altitude of approximately 30,000 feet (9,100 m), before launching into space.

“Stratolaunch will build an air launch system to give us orbital access to space with greater safety, flexibility and cost effectiveness, both for cargo and manned missions.” Allen at a December 13th press conference.

The dual-bodied, 6 engine jet aircraft will be constructed by Scaled Composites, a California based aerospace design company founded by industry pioneer Burt Rutan, at which Paul Allen is the sole investor. A few specs: wing span of 385 feet (117 meters), 1.2 million pounds (more than 544,000 kilograms) in weight. It’s so large that it will require at least a 3.6 kilometer runway just to take off.

This isn’t the first time Allen has ventured into the private space industry, as he funded the construction of Scaled Composites’ SpaceShipOne suborbital spacecraft,  which successfully climbed to an altitude of 115,090 m in 2004. It was the first ever privately funded project to put a civilian into space. Now, with Stratolaunch, Allen intends on creating the first ever completely privately funded space company.

Building a giant aircraft which can ferry rockets, is a lot more efficient from multiple points of view. It’s more cost effective, since you don’t need to build high range rockets that directly launch into space, it cancels weather complications, and offers a substantial operational flexibility. It sounds like a brilliant business venture, but will it ever see the light of day? Well, Stratolaunch officials promise it will, since most of the design process has been completed and construction will begin soon at the Mojave Air and Space Port hangar.

“This is not a sketch,” Burt Rutan said. “It exists in hundreds of detailed drawings, and it’s relatively close to [being built] as soon as we can get a building big enough.”

“By the end of this decade, Stratolaunch will be putting spacecraft into orbit,” Allen said.

We’d love to hear and learn more about this ambitious prospect, however Stratolaunch is still in its early infancy, and like Allen stated, the first launch won’t be ready for at least a couple of years. As such, the company has no interest in sharing too much information, just enough to build some hype. Check out the company’s presentation video for its promised winged behemoth.

source

share Share

A Long Skinny Rectangular Telescope Could Succeed Where the James Webb Fails and Uncover Habitable Worlds Nearby

A long, narrow mirror could help astronomers detect life on nearby exoplanets

Astronomers May Have Discovered The First Rocky Earth-Like World With An Atmosphere, Just 41 Light Years Out

Astronomers may have discovered the first rocky planet with 'air' where life could exist.

Mars Seems to Have a Hot, Solid Core and That's Surprisingly Earth-Like

Using a unique approach to observing marsquakes, researchers propose a structure for Mars' core.

Giant solar panels in space could deliver power to Earth around the clock by 2050

A new study shows space solar panels could slash Europe’s energy costs by 2050.

Frozen Wonder: Ceres May Have Cooked Up the Right Recipe for Life Billions of Years Ago

If this dwarf planet supported life, it means there were many Earths in our solar system.

Astronomers See Inside The Core of a Dying Star For the First Time, Confirm How Heavy Atoms Are Made

An ‘extremely stripped supernova’ confirms the existence of a key feature of physicists’ models of how stars produce the elements that make up the Universe.

Scientists May Have Found a New Mineral on Mars. It Hints The Red Planet Stayed Warm Longer

Scientists trace an enigmatic infrared band to heated, oxygen-altered sulfates.

A Comet That Exploded Over Earth 12,800 Years Ago May Have Triggered Centuries of Bitter Cold

Comet fragments may have sparked Earth’s mysterious 1,400-year cold spell.

Astronomers Find ‘Punctum,’ a Bizarre Space Object That Might be Unlike Anything in the Universe

Bright, polarized, and unseen in any other light — Punctum challenges astrophysical norms.

How Much Has Mercury Shrunk?

Mercury is still shrinking as it cools in the aftermath of its formation; new research narrows down estimates of just how much it has contracted.