How violent is an ejection seat?

In TV and movies, a fighter pilot ejecting from their jet comes across as a cut-and-dry procedure. In reality, the process is complicated, violent, and leaves most pilots with severe injuries. About 20% to 30% of fighter pilots experience some sort of spinal fracture as a result.



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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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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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“At 600 mph there's tremendous aerodynamic pressure pushing down on you,” says John Hampton, engineering manager of the Goodrich ACES II ejection seat, the model that saved the lives of the B-1 crew. “There's literally a couple thousand pounds pushing on your body, which is why you get banged up a bit.”

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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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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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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 smoothest place to sit is over the wings,” commercial pilot Patrick Smith, host of AskThePilot.com said. These seats are close to the plane's center of lift and gravity. “The roughest spot is usually the far aft. In the rearmost rows, closest to the tail, the knocking and swaying is more pronounced,” Smith added.

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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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Martin-Baker claimed in 2022 that since the first live ejection test in 1945, a total of 7,674 lives have been saved by the company's ejection seats.

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The Germans during World War II used ejection seats some 60 times. Ejection Seats have been used over 12000 times to date. The most common reason for unsuccessful Ejection is delayed Ejection Decision.

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There's no fixed number – each individual is unique, as is the ejection that they endure. 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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If it's severe turbulence then yes, and if there are very strong crosswinds during takeoff or landing then the pilot can feel nervous about it.

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