That's what SpaceX is calling it. (More formally the BFR) And it is fucking big, much bigger than the Saturn 5 moon rocket. It's the latest version of their proposed ITS (Interplanetary Transportation System).
Here's Elon Musk explaining it at the International Astronautical Union meeting in Australia today (Sept 29, Australia is almost a day ahead of the US, our canary in a coal mine to warn us of what tomorrow holds)
https://www.youtube.com/watch?v=Mg0BB2bCDPo
https://www.youtube.com/watch?v=XcVpMJp9Th4
They are planning to have it flying in 5 years! It will be capable of traveling to the lunar surface and back without refueling. And it will be able to carry enough cargo to start a Moon base.
It will be able to go to Mars too. Musk wants to send two unmanned supply missions to Mars in 2022. A manned expedition (penciled in for 2025) will have to refuel on Mars, so it will need a rocket fuel plant. Luckily Mars has CO2 in its atmosphere and H2O, which can be worked up into O2 and CH4 (Methane) fuel.
How will SpaceX afford to build and fly their Big Fucking Rockets? By using them for Earth-to-Earth flights too. They can carry as many passengers as an Airbus and arrive at any point on Earth in not much more than 30 minutes. Travel anywhere on the planet in less than an hour and get a excursion into outer space while doing it. (Become an astronaut!)
Here's a video about the Earth transportation potential:
https://www.youtube.com/watch?time_conti...qE-ultsWt0
Here's Elon Musk explaining it at the International Astronautical Union meeting in Australia today (Sept 29, Australia is almost a day ahead of the US, our canary in a coal mine to warn us of what tomorrow holds)
https://www.youtube.com/watch?v=Mg0BB2bCDPo
https://www.youtube.com/watch?v=XcVpMJp9Th4
They are planning to have it flying in 5 years! It will be capable of traveling to the lunar surface and back without refueling. And it will be able to carry enough cargo to start a Moon base.
It will be able to go to Mars too. Musk wants to send two unmanned supply missions to Mars in 2022. A manned expedition (penciled in for 2025) will have to refuel on Mars, so it will need a rocket fuel plant. Luckily Mars has CO2 in its atmosphere and H2O, which can be worked up into O2 and CH4 (Methane) fuel.
How will SpaceX afford to build and fly their Big Fucking Rockets? By using them for Earth-to-Earth flights too. They can carry as many passengers as an Airbus and arrive at any point on Earth in not much more than 30 minutes. Travel anywhere on the planet in less than an hour and get a excursion into outer space while doing it. (Become an astronaut!)
Here's a video about the Earth transportation potential:
https://www.youtube.com/watch?time_conti...qE-ultsWt0