How the F/A-18 Super Hornet Survives Carrier Landings #Shorts

Added: 2026-05-21

[00:00:00]Landing at 150 mph into a steel wire.

[00:00:03]The Super Hornet's airframe is built specifically for this abuse. Every carrier landing is a controlled crash.

[00:00:11]Sink rates hit 24 ft per second, roughly four times what a commercial jet endures. The reinforced undercarriage absorbs that impact. Twin oleo-pneumatic struts compress nearly a foot, dissipating energy as heat instead of structural damage.

[00:00:31]Up front, the nose gear carries a catapult launch bar.

[00:00:35]It hooks directly into the steam or electromagnetic shuttle, taking the jet from 0 to 165 knots in 2 seconds.

[00:00:46]At the rear, the tail hook is a forged steel arm with a hardened point. It snags one of four arresting wires, decelerating 30 tons of jet in under 300 ft.

[00:00:59]Each trap loads the fuselage with up to 2 Gs of deceleration.

[00:01:04]The airframe is rated for 2,000 arrested landings before major structural inspection.

[00:01:12]Boeing engineers track every cycle.

[00:01:15]Strain gauges across the wing roots and tail hook trunnion log fatigue data fed back into service life models.

[00:01:25]That's how the Super Hornet survives the most violent landings in aviation.

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