Adidas Nike Designs High-Tech Shoes To Help The Olympic Games

Maybe you didn't weigh your shoes, but 100 grams is definitely an amazing concept.

The Nike Flywire shoes, which will be unveiled at the Beijing Olympic Games, are inspired by the suspension bridge cable, replacing all the heavy frame structures with the tenacious "Victor" line, suturing the vamp and sole, just like a suspension bridge.

This polyethylene fiber thread helps create the lightest sneakers of all time. The weight of track and field running spikes made of Flywire technology is less than 100 grams, and the durability, integrity and support function of running shoes should not be lost.

This thin line has been used in balloons to help us lunar rover land safely.

This thin wire is more robust than the jfal fiber, allowing designers to design the whole shoe without additional filling material to support running.

Because the strong "Victor" can ensure its own durability, Nike eliminates the previous materials used to prevent breakage, such as inner soft lining, which makes the shoes lighter.

Flywire spikes also use high-tech materials to replace parts on the upper part, and open holes in the heels of the shoes, which can grip the heels of runners and prevent slipping.

Adidas designed the world's first asymmetrical running shoes for Waline, LoneStar. It's as light as a breeze.

The soles of the lone star are half lighter than Waline's original running shoes and 2/3 thinner than those of the original running shoes. The spikes are also designed with a new design. The nail surface will be pressed onto the runway without inserting it, so that the effort to pull out the studs can be saved and athletes can save a lot of physical strength. As Waline said, "running with new shoes is more comfortable."

The most revolutionary and cutting-edge product of the spiked shoes is the first to use full-size nano soles and patent pressure progressive studs, which can bend a certain angle to adapt to the long run sprint of the 400 meter race.

Their asymmetrical designs are adapted to the circular runway, and the left foot is used to stabilize the body balance, while the right foot is used to push forward the body forward.

And the carbon nanotube structure is the key, because it allows Adidas to manufacture single side sewn whole shoes instead of regular 3 side stitched shoes, so that shoes are lighter and at least half lighter than any shoes.

These shoes, named Pidima, are the smallest and lightest sneakers designed for Olympic athletes, weighing only 0.35 ounces, specially designed to meet the needs of world-class gymnasts in vault competitions.

It is really very different from a girl's toe socks, almost no weight.

The horse vaulting is very similar to the long jump. It requires athletes to run at the fastest speed in short distance, then jump over the vault with great strength to reach the maximum distance, height and speed, and finally "steadily" landing.

Inspired by track and field shoes, the designer successfully designed the laced rubber grip system of Nike Pidima to improve the speed and control of athletes from running to vault to landing.

In other words, wearing these shoes will give athletes a big advantage in landing stability.

When athletes do horse vaulting, light weight can give them better traction, faster speed and greater jumping.

Then look at the aesthetic features and the sole of the shoe.

This rubber is flesh colored and therefore does not bore.

In addition, the sole can also enhance the flexibility between the first and second metatarsus, which is exactly where the sole touches the floor, which makes the athlete feel more comfortable.

Finally, the shoe pins on the soles are multi-directional, so athletes can quickly change the position of thighs while keeping close contact with the ground.