Cross taping on the sole supports the arch of the foot and mitigates the decrease in functioning of the “longitudinal” arch.The longitudinal arch is very important in absorbing impact and maintaining propulsion force by the spring role.
These socks also firmly support the “transverse” arch by covering the tips of the metatarsal bones located at the root of the foot. Generally, deformation of the transverse arch causes spread foot (a condition where toes spread transversely), which is said to cause a feeling of foot and/or knee fatigue, as well as bunions. Taping is applied in a way that wraps up from top to bottom while also simultaneously supporting the transverse arch and longitudinal arch, the specification of which was uniquely developed by Goldwin, and has been patented.
*Patent acquired only in japan

In addition, By further raising the Achilles tendon part, discomfort while running caused by touching and being rubbed by the opening of a shoe is eased.
Cushioning characteristic is improved by using pile fabric in the heel and toe. However, if it is too thick, it will make it harder to convey foot sensation; therefore, pile fabric in the toe is used only on the sole (the nail part is thin) and overall thickness is suppressed. Strong nylon yarn (reinforcing yarn) is used at the tip of the toe, so that it is not easily torn.

Paper Fiber Socks wick moisture not through harmful hydrophobic chemicals, but through the unique rough texture of the paper fiber. The result is a performance sock that protects your feet and aids long runs in hot weather unlike any sock you’ve worn before.

Paper Fiber is exceptionally abrasion resistance. Using a traditional Japanese technique, the yarns are twisted with stretchy nylon. Together, the paper fiber and nylon create a yarn that is five times stronger than the synthetic yarn commonly used in sport socks. Thus, Paper Fiber socks are ideal for high-intensity sports.

The taping at the sole supports the arch and keeps the height of vertical arch. It also wraps the metatarsal region of the foot and supports a lateral arch. Securing arches in place absorbs impacts and supports its cushioning function which maintains feet’s propelling force.

A breathable border structure at the top of the foot and base of the toes, acting as a ventilation that minimizes stuffiness.
The inner sole has sections with and without pile structure. Creating these thin borders allows sweat to evaporate better, while an uneven texture also provides better grip.
Fiber with excellent grip is used around toes and heels to reduce slippage inside the shoes, increasing stability.
hese socks also support the vertical arch and absorb impacts to the foot. The mini-pile structure from the toes to the heel (excluding the vertical arch support area) provides cushioning for extra comfort as well.

Thick fabric is used from the toes to the ankle to enhance cushioning and fit.
The rest is made of wool, maintaining the foot cool in the summer and warm in the winter. Wool's excellent moisture absorption and desorption properties keep the foot comfortable.
These socks come with added support around the ankle for a better hold to increase foot stability required for trekking.
Cross-taping on the sole supports the arch of the foot and prevents the vertical arch from breaking down. The support area uses special thread that optimizes the taping effect. It also covers the tip of metatarsals and supports the lateral arch.
Maintaining the arches allows them to absorb impacts from landing the foot and maintains the propulsion role of the foot with its spring-like action.
Medium and thick; available in two styles to choose from depending on the season and needs.