S-MASH Sock

The special honeycomb processing of the fabric near the ankle provides the athlete with a compact yet stretchy bandage for added stability and protection during sudden movements.

S-MASH 2.0 features an innovative anti-slip system on the sole of the foot, which extends to the big toe, where thrust and acceleration originate, so as to transmit maximum stability to the athlete even during sudden changes of direction, jumps and backward runs.

Support applications in the sole of the foot are created to protect the drop of the plantar arch and metatarsal heads by going to prevent muscle injuries.

The spiral application at the pivot point area of the foot provides grip and support when changing direction, offloading weight to the ground.

The patented FLOKY plantar compression optimizes venous return so as to promote metabolic waste turnover, increase muscle oxygenation and prevent fatigue and injury.

With differentially thick applications at the root of the V and I metatarsals, the sock promotes the development of the podalic helix and facilitates physiological foot movement in the sprint.

The special application inside the cuff of the sock is intended to secure it to the leg by bringing tension to the Tape System and ensuring tendon unloading and dispersion of ground-impact vibrations dramatically decreasing the occurrence of muscle and tendon inflammation and trauma.

The Tape Application System protects the Achilles tendon from both direct and indirect trauma. The effect of kinesio tape application stabilizes the tendon and calf muscles and supports the work of the soleus, reducing microtrauma and preventing inflammation and injury.

The new thin toe features stronger yarns and a double flat seam, and applications made externally without the use of internal filaments ensure reduced blistering and increased comfort and perceived sensitivity.

The yarn used is derived from the recycling of plastic bottles, contributing to the circular economy, environmental protection and an environmentally sustainable vision of the future. New processing on the most advanced technological machinery also allows for a more compact, bandier and stronger fabric, thus increasing durability and decreasing wear and tear.