Upper Improvement Is Crucial To The Function Of Shoes.

Maybe do a complete job.

Interestingly, after some improvements, some shoes returned to their original appearance. Only the big bottom was connected to the sole of their feet, and the function was completely lost.

There are also some ultra light running shoes, which are mainly made of Lycra fiber shoes and socks, which are linked to the integrated bottom and outsole of foam plastics.

This idea is designed to reduce the weight of the shoes, but it can also create certain buffering during the competition.

How much experience has been gained from the comfort, support and tighten feet of the upper shoe to the present comfort functions?

Improvement

Designers must pay attention to the comfort of shoes on their feet.

The overall quality of comfort is built on shoe last, while shoes are made around shoe last.

Basically, shoe last is feet.

How good the feet are and how good the shoe last is.

By photographing thousands of feet and analyzing them, sports researchers helped create a better shoe last.

Another subsystem that affects the comfort of shoes is the lacing system.

The lacing system is different from traditional tie lace to Velcro, and even without shoelace system. When wearing and taking off shoes, it is as convenient as slippers.

Another part related to the comfort of shoes is the heel lining.

The heel lining helps to fix the shoes firmly in the heel position.

When designing the upper, the heel and ankle need to be considered.

The lining that does not conform to the heel requirements will cause the heel too loose, resulting in damage to the stability of the shoes.

Improved stability

Upper, including the middle sole, is very important for protecting the foot and ankle from injury, especially for hidden trouble.

Taking basketball as an example, a shoe association with a height of four feet or three feet will provide better support for the ankle and avoid ankle sprain.

Stability and motion control are the key factors in the application of image analysis.

Improvement

The performance of upper can help to improve wear resistance, and can maintain shape, provide the best flexure and protect plantar from scratch.

Injuries to feet are directly related to materials used in making shoes.

When selecting materials, the designer must take into account the specific categories of motion involved in the design of shoes.

For example, shoes designed specifically for climbing sports and shoes designed for basketball have significant differences in wear resistance requirements.

In fact, the overall design of the upper is different because of the different location in the specific movement.

For example, pitchers in baseball need their toe parts to be wearable in design, while athletes in other positions do not need them.

Improving flexion

In some sports, a pair of very stiff shoes has more advantages than other flexiable shoes needed for other sports.

For example, the positioning kick of American football requires a pair of sneakers with very stiff front feet, and a competitor needs a pair of sneakers that bend naturally along the feet.

All in all, in considering flexibility, designers and scientists are very concerned about these natural bending lines. They are very concerned about the foot area of the foot and the forefoot area between the feet and toes.

Generally speaking, the overall balance between wear resistance and stability is considered when considering flexural properties.

Consider appearance and price factors

Designers must take other factors into account in the design process, such as the overall weight, beauty, appearance and price of shoes. These factors affect the type of materials selected.

In fact, beauty and price points raise a very interesting question for the research and application of sports shoes design and even generalized sports.

Of course, this problem is the interaction between research and marketing.

There is no doubt that the application of sports research has improved the quality and function of sports equipment, and improved the performance of athletes.

However, where an improvement comes from, and where marketing begins, this is a question worth considering.

With the discovery of new materials and the further understanding of foot movement, the improvement and design of uppers will not stop.