Monday, April 9, 2018

New Tool For BFR Revealed.

SpaceX appears ready to spin carbon fiber for the BFR spaceship

Elon Musk has been talking about SpaceX's large BFR rocket for a few years, but so far we've seen precious little hardware. In 2016, Musk showed off a large, composite fuel tank that will contain pressurized liquid oxygen. The company has also shared limited video of the rocket's Raptor engines.

 From article, (Elon Musk has been talking about SpaceX's large BFR rocket for a few years, but so far we've seen precious little hardware. In 2016, Musk showed off a large, composite fuel tank that will contain pressurized liquid oxygen. The company has also shared limited video of the rocket's Raptor engines.
Now, as SpaceX moves forward with a facility to manufacture the rocket in Long Beach, Calif., we probably will see more hardware associated with the BFR—known as the Big Falcon Rocket in polite circles. To that end, on Sunday night, Musk shared a photo of a tooling that will be used to make carbon-fiber composites for the rocket's upper stage, the spaceship. This appears to be a mandrel, or mold, around which carbon fiber is wound for the main body of the spaceship, or BFS.
Elon Musk has been talking about SpaceX's large BFR rocket for a few years, but so far we've seen precious little hardware. In 2016, Musk showed off a large, composite fuel tank that will contain pressurized liquid oxygen. The company has also shared limited video of the rocket's Raptor engines.
Now, as SpaceX moves forward with a facility to manufacture the rocket in Long Beach, Calif., we probably will see more hardware associated with the BFR—known as the Big Falcon Rocket in polite circles. To that end, on Sunday night, Musk shared a photo of a tooling that will be used to make carbon-fiber composites for the rocket's upper stage, the spaceship. This appears to be a mandrel, or mold, around which carbon fiber is wound for the main body of the spaceship, or BFS.
 This new tooling indicates that remains a possibility. SpaceX has a notional goal of launching the first BFR to Mars in 2022. We doubt that will happen, but now we are more certain that someday the massive booster will take flight.)

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