Adidas Released The Lightest Basketball Shoes In History Adizero Crazy Light

The lightest in history

AdiZero Crazy Light

U.S.A

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Today, it officially released its adiZero Crazy Light, the lightest basketball boot product ever made.

The revolutionary basketball shoe product has created a new industry standard. Its weight is only 9.8 ounces (about 278 grams), which is 15% lighter than that of similar products. It can help players show higher speed level on the field.

The release of adiZero Crazy Light basketball boots allowed Adidas to create the record of the lightest sneakers in the three sports events. The other two items were American football (adiZero 5-Star cleat) and soccer (F50 shoes adiZero adiZero).

"The battle you are wearing.

The lighter you are, the faster you are on the court, and speed is the key to winning the basketball court.

This year's NBA regular season, Eastern champion bulls headed by Hua Dan, twice in the All-Star lineup Derek Ross made such an evaluation of Adidas's new basketball boots, "adiZero Crazy Light is the lightest basketball shoes I wear now, and it will help me take the lead in the playoffs."

Laurence, Norman, vice president of Adidas international basketball department, said: "no pair of basketball shoes can be compared with the new adiZero Crazy Light. This will be a product of speed revolution for basketball.

Its ultra lightweight design helps players to run faster, jump higher and perform better on the pitch.

Whether it's top NBA events or street confrontation around the world, basketball players always want to have lighter boots to help them get better at speed, and adiZero Crazy Light will also be the strongest basketball shoe product in history.

AdiZero Crazy Light Technology

After two years of painstaking research and development, Adidas innovation team joined hands with Adidas basketball design to develop adiZero Crazy Light basketball shoes on the basis of human foot engineering, and strive to ensure that every part of the product can play a role in improving the performance of players.

In terms of material selection, only lightweight, intelligent and ultra high strength materials can be used to build these ultimate lightweight basketball boots.

"We need to build a pair of ultimate boots for the basketball God of war, and research shows that the lighter the shoes, the better players can improve their performance."

Adidas innovation team senior researcher George R. Wilson explains the design concept of adiZero Crazy Light.

"The key of the design is how to provide the support and protection of the traditional basketball shoes to the foot in the ultra lightweight body structure.

After two years of design, research and testing, adiZero Crazy Light has become the lightest basketball boot product in the market, which is about two ounces lighter than other products, and will also give players a stronger competitive advantage.

AdiZero Crazy Light adopts SPRINTWEB - revolutionary structural design, with exceptionally strong foot support, and the thickness of shoe upper is not more than one millimeter.

The vamp is seamless with nylon material, which can greatly reduce the weight and enhance the strength of foot support and shoe upper.

Mesh design can also show strong flexibility and durability in horizontal or vertical direction, providing the best support for all kinds of shuttles of players.

With the SPRINTFRAME technology, the heel and TORSION system are perfectly integrated to provide maximum weight reduction, energy feedback and motion control for players' feet.

Each shoelace eye is designed by force, and the corresponding mesh support can provide support for the rapid change of players' feet.

At the same time, adiZero Crazy Light upper is made of pparent nylon material, which further reduces weight and gives players a full range of breathability and comfort.

The torsion system of adiZero Crazy Light adopts engineering design of different thickness to ensure that the weight and life of the important parts are ensured while the weight of the medium and non key parts of the foot is fully reduced.

At the same time, the system also used longitudinal patterns in heel and forefoot, extending the longitudinal pattern from the heel to the forefoot to ensure the best supporting performance of the most extreme forefoot.