In this video, a group of friends are in Los Angeles and discover a ball that is claimed to be very thin, tough, and not breakable. They decide to test the ball's durability and resistance under various conditions. Despite initial skepticism, they find that the ball does indeed have a high resistance to impacts.
The friends perform a series of tests, including throwing the ball against a car, dropping a 27kg suitcase on it, and using it as a bed. The ball withstands these tests and even survives a car driving over it. However, it does develop holes and eventually breaks apart under the pressure.
The friends conclude that the ball's resistance is dependent on its inflation level - it is stronger when less inflated and weaker when fully inflated. Despite the ball's eventual failure, they find the experience entertaining and share their adventure on social media.
1. The group is excited as they are in Los Angeles and plan to test some special balls they found. The balls are described as super thin and tough, claiming to be the toughest in the world. [Source: Document 1]
2. The group visits a supermarket to find the balls. They struggle to assemble one of the balls due to its size and complexity. [Source: Document 1]
3. They attempt to test the ball's strength by throwing it against a fountain, but it breaks before it hits the water. [Source: Document 1]
4. They continue testing the ball by having one person try to grab it from the fountain, but the ball breaks before it reaches the person. [Source: Document 1]
5. They conduct more tests, including having the ball withstand the impact of a bottle of water and a bike. The ball survives these tests but gets damaged. [Source: Document 2]
6. They attempt to use the ball as a bed, but it breaks under the weight. [Source: Document 2]
7. They test the ball's ability to withstand a clash between two other balls. The ball survives this test. [Source: Document 3]
8. They test the ball's ability to withstand a car tire going over it. The ball survives this test but gets damaged. [Source: Document 3]
9. They discover that the ball's strength depends on how inflated it is. A very inflated ball is weaker, while a less inflated ball is stronger. [Source: Document 3]
10. They conclude their tests and express their disappointment that the ball, despite its claims to be the world's toughest, did not fully meet these expectations. [Source: Document 3]