Yes, ejecting from a jet is extremely physically traumatic and painful, often described as being hit by a freight train, due to massive G-forces (up to 14G+) compressing the spine, breaking bones (vertebrae, ribs), dislocating limbs, and causing severe windblast injuries, though it's a life-saving action with a high survival rate despite the intense physical trauma.
In real life, instead of shouting “eject,” we say “bail out” three times before pulling the handle. The only time we use the term 'bail out' is when we're about to eject from the plane. #Military.
Ejection survival was 89.2% overall, 95.7% for within envelope ejections and 23.8% for out of envelope ejections. There were 29.4% of aircrew who sustained spinal fractures. Another 14.2% of aircrew sustained a head injury and the incidence of head injury in Tornado ejectees was higher than the other aircraft types.
Ejecting from a plane takes no more than four seconds from the time the ejection handle is pulled. The exact amount of time depends on the seat model and the crewmember's body weight. Pulling the ejection handle on a seat sets off an explosive cartridge in the catapult gun, launching the ejection seat into the air.
Once the seat detaches, the pilot drifts down under the parachute and awaits rescue. Modern ejection seats, known as “zero-zero” seats, are so advanced that they can save a pilot even if the aircraft is stationary on the ground.
She argues that landings are riskier than takeoffs due to fewer escape options. “It's a really critical moment, especially for midair collisions and other incidents,” Schiavo emphasized. “When you're taking off, you have the runway in front of you.
Death is the most extreme example of incapacitation, usually as a result of a heart attack. Although most recorded deaths of operating pilots in flight have been found to be due to cardiovascular disease, by far the most common cause of flight crew incapacitation is gastroenteritis.
G-Forces Experienced: Up to 12 to 20 Gs during initial ejection—that's 12–20 times the force of gravity! Altitude Gain: Some seats, like the Martin-Baker Mk. 16, can propel a pilot over 100–200 feet even if the aircraft is on the ground (zero-zero ejection capability).
Before they ever pull the real ejection handle, pilots practice in a simulator. First, they sit in a mock cockpit with a real ejection seat. When ready, the system fires and launches the seat up a rail. It works just like a real ejection, but with less force.
It's fast. Your body gets pressed into the seat. And your brain has no idea what's supposed to happen next. So the moment the engines roar and the airplane charges down the runway, your mind starts firing off alarms: “We're going too fast.” “It's too loud — something's wrong.” “This part feels dangerous.”
The 3:1 rule in aviation is a rule of thumb for descent planning: for every 1,000 feet of altitude to lose, you need 3 nautical miles (NM) of horizontal distance, assuming a standard 3-degree glide path, making it easy to calculate when to start descending. For example, to descend 6,000 feet, a pilot starts descending 18 NM out (6 x 3 = 18). It helps maintain a consistent descent rate, critical for passenger comfort in older planes and for fuel efficiency in modern jets, and aligns with standard approach systems like ILS/VASI.
For example, using the term, “no joy” to indicate when called traffic is not yet in sight, comes directly from military terminology about enemy targets.
An accident would not show up with the word “accident” in the flight tracker. The track would show something like an arrival of “n/a”. There more than likely would be a posting here in the forum regarding the accident. If it's an airline flight then it would more than likely be in the media.
Mitigating the hazards of explosive materials and other weapons takes immense courage, precision, and skill. Explosive Ordnance Disposal (EOD) members undertake some of the Air Force's most dangerous missions in diverse and unforgiving locales worldwide.
Pilots making $200k+ annually are typically captains at major airlines, especially on long-haul/widebody aircraft, or experienced cargo/corporate pilots, with earnings increasing significantly with seniority, flying larger jets, and potentially including substantial bonuses, profit-sharing, and allowances. For example, a first-year captain at a major US airline might hit $200k, while senior widebody captains can exceed $400k-$500k+ with experience, benefits, and bidding strategies.
The effect is small – take a transatlantic flight from London to New York and your watch will be a ten-millionth of a second behind one left on the ground – but nonetheless you'll have aged a fraction more slowly than if you'd stayed at home.
For decades, fighter pilots—especially women—have been forced to either hold in their pee for eight hours until they touch ground again, or they've had to use “piddle packs,” little vinyl bags they have to firmly pressed against themselves and then not move at all or risk peeing inside a very expensive jet.
What medical conditions does FAA consider disqualifying?
More than 56% of pilots have admitted to falling asleep mid-flight, according to a 2013 survey. 29% of them said that they had woken up to find the other pilot asleep as well. As long as they wake up for the landing.
Turbulence during the middle of a long haul flight . Especially when you are in the middle of nowhere or water. Having turbulence during take off or landing is “expected” but during hour 7 on a 12 hour flight? Always think the worst is about to happen.
Pilot error is the number one cause of aviation accidents. Piloting an aircraft requires lengthy training, a knowledge of the mechanical components of an aircraft, and hand-eye coordination skills to effectively and safely maneuver an aircraft. Pilots also have to think ahead.
The middle seat at the back of the plane was found to be the safest with a 28% fatality rate, while the worst was the middle aisle seat with a 44% fatality rate.