One of the many problems you have with a flameout on a single engine aircraft is that you loose hyraulics, i.e. flight controls. The F-16 for sure, and I'm fairly certain most other single engine fighters these days, have a hydrazine(?) based backup, that drives the hydraulic pump for a few more minutes. That means the aircraft remains controlable and the pilot can assume an attitude and speed safest for ejection.
On dual engine jets, the remaining engine normally is able to drive both gearboxes via a cross-connect, continuing to drive both hydraulic pumps. In case of a dual engine failure though, you're screwed.
Well, kind of, if you desend and glide on, wind speed is normally big enough to keep the turbines windmilling at a rate sufficient to keep the hydraulic pumps going as well.
For the pilot there will of course be a medical check-up and an inquirey into the cause of the crash. If it wasn't a massive screw-up by the pilot, and the ejection didn't hurt his spine (up to 14-16 G for a very short amount of time) he's going to fly again, and rather quickly so.
On dual engine jets, the remaining engine normally is able to drive both gearboxes via a cross-connect, continuing to drive both hydraulic pumps. In case of a dual engine failure though, you're screwed.
Well, kind of, if you desend and glide on, wind speed is normally big enough to keep the turbines windmilling at a rate sufficient to keep the hydraulic pumps going as well.
For the pilot there will of course be a medical check-up and an inquirey into the cause of the crash. If it wasn't a massive screw-up by the pilot, and the ejection didn't hurt his spine (up to 14-16 G for a very short amount of time) he's going to fly again, and rather quickly so.