Kind reminded me of a game I used to play as a kid called moonlander. No matter how smooth you landed it always exploded.
Kind reminded me of a game I used to play as a kid called moonlander. No matter how smooth you landed it always exploded.
Was it this one? http://moonlander.seb.ly/I remember that! And I thought it was just me...
I think they're planning on naming it Rockety McRocketFace.That’s the most rockety looking rocket I’ve seen in a long time!
I think they're planning on naming it Rockety McRocketFace.
Turns out those were planned shutdowns, but the low header tank pressure, not planned.I see 2 in-flight simulated engine fails, am I right? (They intentionally failed 2 of the 3 engines) In the description, it says the low header tank pressure caused the hard (and exciting!) landing. I assume this is another test on landing engine fail?
It seems to me these were all on purpose. Therefore, it's a success.
SpaceX version from -10 second.
It was a test flight. There would have been a whole list of mission objectives. This was the first attempt at achieving most of the objectives. Almost all of the objectives were achieved and important data was collected on the problem which led to the failed landing--low header tank pressure. This is how SpaceX advances their technology so quickly.I love how the flight is billed as a success. Only thing we didn't accomplish was landing! Sounds like some of my students.
I love how the flight is billed as a success. Only thing we didn't accomplish was landing! Sounds like some of my students.
Why is everyone cheering the crash.??
When I fly, the entire flight can be a total success, smooth air, good tailwinds, awesome scenery, but bang in the landing and that is what everyone remembers and no one cheers....
The test flight wasn't about the landing, it was about the myriad of other things they did, the biggest being the "flip" and the controlled descent.
That was amazing video. I’m pretty sure they weren’t expecting the spacecraft to survive ... although it probably would have if not for the low header pressure.
If I’m not mistaken this is a 2nd (?) stage of the bigger picture Starship? These stages are designed to separate and “fly” back to base, land vertically and be able to be reassembled and refueled in a short amount of time.
It is the entire Starship. Depending on the mission, it could launch alone (probably just for sub-orbital missions?) or on top of the Super Heavy booster. Then there's the plan to refuel Starship in orbit for missions which leave Earth orbit.If I’m not mistaken this is a 2nd (?) stage of the bigger picture Starship?
Big Falcon Rocket, of course!You can guess the BFR reference
It is the second stage of a combination also called "Starship", with a Super Heavy Booster behind it. Both are needed for orbital flight. Single-stage-to-orbit (SSTO) hasn't been achieved, and probably won't be tried, as the fuel fraction would eat all of the payload allowance. Probably the only future "solo" flights of the top stage (once they nail the landings a few dozen times) will be from the build site to an offshore launch site for a Super Heavy combo.It is the entire Starship. Depending on the mission, it could launch alone (probably just for sub-orbital missions?) or on top of the Super Heavy booster. Then there's the plan to refuel Starship in orbit for missions which leave Earth orbit.
Big Falcon Rocket, of course!
Was it this one? http://moonlander.seb.ly/