Just a side note...
I've seen here several mentions of the F-22's and F-35's thrust vectoring mentioned in the same sentence as Steath. Well, that's not it's main purpose. Thrust vectoring is used more for the maneuverability of the aircraft. An F-22 can make a much sharper turn in a dogfight than a fighter with conventional thrust, such as a MiG-29. Assuming the pilot can handle the Gs, thrust vectoring gives him an ENORMOUS advantage over his advisary.
As far as super-cruise is concerned, its not a new idea. The original F-15 concept was supposed to be capable of super-cruise until it was modified with its raised bubble cockpit and incresed number of hardpoints for external weaponry and fuel tanks. Then there was the F-16XL (XL came from the golf balls that "fly further"), which was a semi-full-delta winged concept of the F-16. It was capable of super-cruise but was never built. I think the F-22 is the first to accomplish it though.
Being located next to Langley AFB, I see F-22s flying overhead every day. Very interesting design. I read that in its first mock dogfight versus trained, honcho-piloted, F-15Es, it acheived a kill ratio of 11-1.
Now if you want to talk best bang for the buck in modern aircraft, you'd have to include the F-20 Tigershark. It was a heavily modified F-5 with an incredibly powerful single engine that easily could outclimb any aircraft to date. Imagine reducing the time it takes for your defense to get into the air to meet the enemy by as much as 2 full minutes. They were CHEAP and very easy to maintain. Taiwan was one of the main considerations for export but no one wanted to buy them since the United States didn't feel like replacing their F-16 with them. Well, hey, if it's not good enough for the US, why would I want one? lol
Last edited by bigdroo (2007-05-23 08:48:46)