Humans are warm-blooded animals and try to keep their body temperature constant.
so that the biochemical processes within the cell proceed most efficiently,
Muscle exercise and various metabolisms produce heat,
Heat is released from the surface of the skin, and heat vaporized by perspiration promotes it and maintains body temperature.
However, the energy consumed for this will be greater than expected.

Of the energy produced by the human body,
Only 20% is used to move each part of the body.
The majority of 80% is consumed only to maintain body temperature.

For athletes, the efficiency of this temperature regulation is
It is not just a matter of comfort such as comfort and discomfort,
It's really a question of how you can focus your energy on performance.

The underwear that is closest to the athlete's skin is
It affects the success or failure of body temperature regulation.

It has been decades since the term biomechanics began to be heard in the field of sports.

Structural research of the human body as an exercise machine and energetic research of physical movement,
conditioning, training and skill up,
It is intended to help improve tools and wear.

For example, the relationship between hip extension speed and speed in sprinting,
For example, foot movement analysis and training method at crossing in long jump, etc.
Together with the progress of measurement and analysis technology, we have achieved remarkable evolution.

High performance underwear goes beyond the realm of mere underwear,
It is required to play a role as a gear that enables athletes to improve their performance.

ZEROFIT incorporates the results of this biomechanics into underwear,
It expands the range of motion of each part of the body and supports the body to form a more correct form.

Why are many high performance unders
It has a tight fit called compression wear.

First, when a muscle is heavily loaded, the muscle fibers vibrate violently.
This wastes energy, accumulates fatigue and causes damage.

For compression wear
You can expect the effect of suppressing this muscle vibration and reducing fatigue and damage.
Furthermore, by applying pressure to the veins on the body surface, it activates the work of the circulatory system,
It increases blood circulation and enables smooth recovery from fatigue.

However, simple and uniform pressure is not enough,
Depending on the case, there are cases where this circulation may be hindered.

Add the highest pressure to the part farthest from the heart,
A feature called smooth graduated compression that loosens the compression as it gets closer to the heart is essential.