How Such Small Tires Can Land a Huge Plane

Date: 2019-12-19 11:00:14


Airplanes are mysterious things: unimaginably heavy metal giants soaring through the sky, jam-packed not only with people but also all kinds of electronic gizmos. But look at the airplane’s tires compared to the plane’s body – they’re tiny! How can they withstand all that weight and speed?

Let’s check out what’s happening when a plane is preparing to land on the runway. All 300 tons of your airplane touch the ground while still going 170 mph. Imagine your typical 2-story house, fully furnished, dropping to the ground as fast as a flying arrow – that must be quite the impact! And still, those tiny little tires don’t pop under the tremendous pressure?

Other videos you might like:
Why No One Should Swap Seats on a Plane
Pilots Reveal 16 Nuances That Make Your Flight Safe
What Happens When a Bird Flies Into a Plane Engine

Why pilots point the aircraft nose toward the sky before landing 1:17
What’s inside airplane tires? 2:21
And what makes them so strong? 3:54
What happens when one of the tires fails 4:20
Why plane tires are so tiny and skinny 5:34
Hydroplaning 7:20

#planes #aviation #brightside

– Pilots must point the aircraft nose toward the sky just before landing so that they don’t stall the machine.
– To make an airplane tire, producers use a mix of different kinds of synthetic rubber. It makes aircraft tires so strong that each of them can easily deal with a 38-ton load.
– The gas that fills aircraft tires is nitrogen. It doesn’t react with rubber, which makes it a much safer choice for airplanes.
– The pressure in plane tires is 6 times bigger than the pressure in your car tires. It’s 200 psi, and that’s what you’d feel if you took a dive 450 ft underwater.
– There can be plenty of wheels on large airplanes, like an Airbus A380 or Boeing 747. And if one of the tires fails, the plane will still land safely.
– When a plane touches the ground, its tires aren’t rolling at first – they’re just skidding. In other words, the plane is dragging them along the runway until it slows down enough for the wheels to be able to rotate.
– Larger tires would be pointless since they wouldn’t make landing more effective or safer.
– After plane tires are produced, they always get tested. Manufacturers create computer simulations that check how tires will behave if they’re pushed past their speed limit or get overloaded.
– And still, airplane tires aren’t entirely safe from bursting. Accidents did happen in the past, and planes did skid off runways because of one of the tires exploding mid-landing.
– Hydroplaning is a situation that occurs when the runway is covered with a layer of water preventing a landing plane from braking and stopping in time.
– The aircraft just keeps skidding forward, unable to find traction.
– That’s why some airports have grooves on the runway. Water flows into these grooves, making the surface not so slippery and dropping the chances of hydroplaning.

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