00:00Why is landing a fighter jet on an aircraft carrier so difficult?
00:03Because there is simply no braking distance.
00:05Land airport runways stretch several kilometers, plenty of room to slow down.
00:09But a carrier deck is only 200-300 meters, and it's moving.
00:13As the jet approaches at nearly 300 kilometers per hour, it doesn't gently touch down,
00:17it slams onto the deck at full speed.
00:19What actually stops it isn't brakes, it's an arresting wire.
00:22The tail hook must catch the cable precisely at the moment of touchdown.
00:26Miss it slightly and the jet goes overboard.
00:28But the more dangerous part, the pilot keeps the throttle fully open even after touchdown.
00:33Because if the hook misses, immediate full power go-around is required.
00:37Too slow with insufficient thrust, only one outcome.
00:40Stall and crash into the sea.
00:42So carrier landing isn't about slowing down, it's full throttle while waiting for the wire
00:46to yank you to a stop in 2-3 seconds.
00:48Miss the wire and immediately climb and try again.
00:51This isn't ordinary landing.
00:52It's repeated attempts on the edge of life and death.
00:55Why not just use vertical takeoff and landing to hover down instead?
00:59The problem, vertical landing uses engine thrust to support the entire aircraft weight,
01:03fuel consumption explodes, range shrinks, payload drops.
01:06Lands smoothly but can't fight far.
01:08In warfare, range and firepower matter more than landing convenience.
01:12So carriers choose the arresting wire over vertical hovering.
01:15Because engineering never picks the most comfortable solution,
01:18only the one with the lowest overall cost.
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