People throwing Vans sneakers up in the air is newest internet challenge

Don't let your mum catch you throwing your shoes around.

Zhangxin Zheng| March 06, 11:58 AM

There've been a couple of fun internet challenges recently, like this one:

Here's a new one.

Vans challenge

If you have a pair of Vans sneakers, you might want to check this out.

People have been throwing their Vans sneakers up in the air just to prove that they will land right side up.

It all started when a Twitter user, @Ibelievthehype, posted a video throwing her Vans sneakers up in the air.

Along with the video, she wrote 'Did you know it doesn't matter how you throw your vans they will land facing up' which sparked off this new internet sensation.

This tweet went viral and has now garnered more than 94,000 retweets and 250,000 likes.

Subsequently, more people followed suit, fervently trying this theory out.

Some Singaporeans are trying this out too.

https://twitter.com/fredericodamian/status/1102833915000049664

Throw multiple pairs at one time

https://twitter.com/_AustinBosquez/status/1102428132106153984

Regardless of the type of sneakers

Really, just throw only.

Even if your Vans did a couple of somersaults in the air, they will still land right side up.

When you get thrown off in life, be like a pair of Vans.

You don't even have to throw them.

And it's definitely not referring to this type of #VansChallenge.

Other shoes work too.

Vans slippers as well.

https://twitter.com/Ariana_c_1223/status/1103109591783505921

Here's someone who succeeded in using Converse sneakers.

Crocs too.

Unfortunately, there were some who failed.

Sad.

Vans challenge, explained

Shoes landing upright after getting thrown in the air is not a new phenomena.

It is also definitely not a Vans-exclusive physics trick.

So why do they always land right side up?

According to a physics professor, it actually has something to do with how shoes are typically designed and how the masses of rubber and canvas are distributed,

"The shoe is getting designed to pivot over that part of the shoe. And that’s what you’d expect. If you look at your foot, the inside is concave and the outside is convex. There must be something about the way the mass is arranged in the shoe."

Cool.

Top photo collage from @BryceMckenney1, @iniabelkoqca