The spider is strong enough to stop a train

Superheroes' nets Spiders can actually block a running train like in a movie if it recreates what's available in nature.

>>>Armor made of spider silk

In the movie 'SpiderMan 2' , superhero Spider-Man shot out strips of material clinging to the surrounding buildings to prevent the train from shooting like a shot.

Picture 1 of The spider is strong enough to stop a train
In the movie 'SpiderMan 2', Spider-Man Peter Parker was reasonable
silk stops the train running to avoid accidents. (Photo: Daily Mail)

The scene seems to be Hollywood's science fiction product, but it may be true for a group of young scientists in the UK who are studying the amazing features of spider silk.

The team thinks that Spider-Man's nets must be strong enough to stop a 4-speed metro train in New York. According to calculations by three physics students at Leicester University, the force needed to stop the train's momentum is up to 300,000 Newtons.

To avoid a break, Spiderman's every cubic meter will absorb nearly 500 million Jun of energy. The team has discovered the silk of a spider in nature that has this amazing ability.

Picture 2 of The spider is strong enough to stop a train
Darwin's Bark spider has a less eye-catching appearance but is ten times stronger than yarn
Kevlar - the material used by humans to make bulletproof vests. (Photo: Daily Mail)

Darwin's Bark spider (Caerostris darwini), naturally grown in Madagascar, produces a tougher silk than any other spider. Darwin's Bark spider silk is even ten times stronger than Kevlar - the material used by humans to make bulletproof vests.

In Darwin's Bark spider, adolescent males also join the net, but once they reach maturity, they will give up on this action and instead give all their strength to 'that'.

In order to survive, Darwin's Bark spiders rely on a rough, rough appearance like bark, which helps them camouflage the surrounding trees.

An analysis of Darwin's Bark spider silk showed that it is the toughest biological material to date.