Can a fighter pilot fly again after ejecting?

Yes, a fighter pilot can fly again after ejecting, depending on the circumstances surrounding the ejection and the pilot's physical condition. Ejecting from an aircraft is considered a last resort when the pilot's life is in immediate danger, such as during a catastrophic mechanical failure or in a combat situation.



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After ejection, a pilot will be given a full medical evaluation and it is down to that medical professional to advise whether it is recommended that the pilot continues to fly or not.

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Six pilots have ejected at speeds exceeding 700 knots (1,300 km/h; 810 mph). The highest altitude at which a Martin-Baker seat was deployed was 57,000 ft (17,400 m) (from a Canberra bomber in 1958).

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The turbulent process of ejecting puts pilots at serious risk of injury. Once those rockets fire under the seat, they blow a person up and out of the cockpit with enough force to seriously bruise both shoulders on the harness straps and possibly break collarbones.

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If the pilot needs to warn you that you're going to have to eject in the near future, he will use the word “eject,” as in, “Hey, get ready, we are going to have to eject in about 30 seconds.” If things go horribly wrong and you need to blow out of the ship immediately, the command is, “bailout! bailout! bailout!”

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The turbulent process of ejecting puts pilots at serious risk of injury. Once those rockets fire under the seat, they blow a person up and out of the cockpit with enough force to seriously bruise both shoulders on the harness straps and possibly break collarbones.

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If you have to eject from a fighter plane, you will come away from the experience significantly bruised and battered, possibly with fractured bones and torn ligaments. But despite the risks of ejection seats, they do save pilots' lives.

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They're not just for the air! The main purpose of an ejector seat is to let a pilot escape in mid air. But some pilots have found themselves trapped underwater and managed to escape using the ejector seat!

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In our evaluation we found that ejection seat evacuation is associated with a relatively high incidence of spinal injuries. Overall, 56.3% of aircrew members in our evaluation had some form of spine injuries, such as a contusion. In total, 33.0% even experienced a spine fracture.

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Although commercial aircraft are equipped with powerful reversing systems, which allow them to brake quickly and efficiently, they do not have any system that allows them to move the aircraft backwards. This is where ground crews come into play with pushback tractors.

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