YOROI Power Series Tunagi 2&1 YR565 for Roller Skating, Ice Skating, Skiing and Snowboarding
Based on the concept "The whole inner layer acting as a protector", the Japanese traditional armour "YOROI" was revived for the modern world. Special honey comb not only absorbs shock but also adjusts the body temperature in order to breathe. It is ultra-lightweight, comfortable to ear and has good cutting for easy movements. A system with patent acquisition is not on board. The hole OH-YOROI series has joint function and it also corresponds tomorrow active movements.
YOROI perfect guard system available in a single suit system. Fits on excellent range of motion, giving you perfect fit and protection. Customization feature allows jacket and pants to separate easily enabling users to freely choose their style according to the weather and situation. By combining the jacket and pants into the 2&1 style, mobility and fit of gear is improved, elimination uncomfortable shifts of leg wear. Our toughest OH-YOROI model with knee and elbow protectors! When it comes to mobility and fit, this season has seen a dramatic improvement in the ventilation properties as well as being extremely lightweight. (Mesh has been used in even the laminate material of the pad) Surface protection of the hip pad has beed increased with the new molding die. The Japanese mind. A structure that achieves a better sense of balance through its trunk support belt. Moreover, a large-size model increase the area of the back pad and also increase more protected areas.
Light-weight mold pad with good ventilation - There is a myriad of ventilation holes in the mold pad, Which makes it a structure that doesn't become stuffy.
Improved pad placement area
Use of ultra-deodorant and ultra-sweat-absordent and quick drying spandex fabric manufactured in Japan
Longer length helps the torso belt to fit firmly on the hip
With shock absorption intact, ventilation is improved by opening a myriad of small holes in the pad body and PE board
Mold pad is lighter in weight and has improved ventilation properties due to its surface being made from a mesh material