the same way it works when it reaches there to begin with, it carries it's own oxygen.I must have missed this before, explain to me how a jet engine would work at 140,000 feet with no oxygen?
the same way it works when it reaches there to begin with, it carries it's own oxygen.I must have missed this before, explain to me how a jet engine would work at 140,000 feet with no oxygen?
The term for that is "rocket engine". I don't know if there is a commercially available jet engine that carries its own oxidizer and turns from jet to rocket but I see no theoretical reason why it wouldn't work.the same way it works when it reaches there to begin with, it carries it's own oxygen.
the same way it works when it reaches there to begin with, it carries it's own oxygen.
the same way it works when it reaches there to begin with, it carries it's own oxygen.
Actually what you argued is this:DY was talking about a conventional jet aircraft carrying a rocket slung underneath its fuselage and then releasing it at 140,000 feet, he then amended it to 45,000 feet when he realised that jets cannot work at that altitude. I've already pointed out that Pegasus can be launched this way but it is only capable of inserting small payloads into low Earth orbit. The Glory satellite weighed around half a tonne and was due to orbit at 500 miles above the Earth. Pegasus is manufactured by the same company Orbital Sciences Corp that made the ill fated Taurus XL, so if that had been an option then I'm sure they would have used it.
The rocket blast would probably destroy the aircraft in the process.