Plan to go to orbit, blow up seconds into the flight, and declare it a success.
Plan to refuel in orbit, make it minutes before the rocket brakes. Fire the FTS, it fails, the rocket blows up a minute later und declare it a successful test of the FTS.
Argue to NASA that you are not the limiting factor to the moon mission planed for the end of the year, despite delivering none of the milestones.
I take it you missed the recent fourth integrated flight test, in which the ship soft landed on the ocean near Australia as planned and the booster soft landed on the ocean near the launch site as planned
Their failure in that flight was expected. They hoped thermal tiles sealing the hinge for the aerodynamic surfaces would seal those against plasma during reentry. They didn’t. Had they, it would have been much cheaper than sealing those more thoroughly. The ship landed regardless of that failure
Disliking Musk is fair, but SpaceX is doing good stuff
What is the methodology called where you:
Plan to go to orbit, blow up seconds into the flight, and declare it a success.
Plan to refuel in orbit, make it minutes before the rocket brakes. Fire the FTS, it fails, the rocket blows up a minute later und declare it a successful test of the FTS.
Argue to NASA that you are not the limiting factor to the moon mission planed for the end of the year, despite delivering none of the milestones.
FTS = flight termination system
Sounds a bit like the S&M methodology. SpaceX & Musk
I take it you missed the recent fourth integrated flight test, in which the ship soft landed on the ocean near Australia as planned and the booster soft landed on the ocean near the launch site as planned
Their failure in that flight was expected. They hoped thermal tiles sealing the hinge for the aerodynamic surfaces would seal those against plasma during reentry. They didn’t. Had they, it would have been much cheaper than sealing those more thoroughly. The ship landed regardless of that failure
Disliking Musk is fair, but SpaceX is doing good stuff