PRODUCT FEATURES
Learn all the features of S-MASH 2.0 and find out why it is the best tennis and padel sock on the market.
The non-slip print is specially made for increase adherence to the shoe, without moving the foot inside it, reducing the risk of distortions and increasing proprioception.
The thicknesses, distributed on the sole of the foot, which reproduce the breech helix, combined with the anatomically shaped structure, favor the ideal and natural movement of the foot.
The Tape System on the sole of the foot acts with a localized compression on the Lejars insole, activating the squeezing of the deep veins and helping the venous return with the aim of eliminate toxins and regenerate muscles.
The side screen printing applications are designed for support the fifth metatarsal, the most sensitive bone of the foot to mechanical stress, improving posture during the day.
The Tape System acts like a second tendon, reducing vibration and preserving the Achilles tendon from possible microtraumas and inflammations. Its thickness protects the heel during impact with the ground and stabilizes the Achilles tendon.
The Tape System and the reticular structure wrap around the calf with the aim of stabilizing it without compressing it too much, minimizing dislocation and movement to allow prompt regeneration of muscle functions.
The specific construction of the sock without the heel, combined with the Tape System, facilitates the return of the foot to the extended position, favoring the discharge, cushioning the impact with the ground e absorbing the resulting vibrations.
The inorganic compounds present in the sock interact with body heat, speeding up the repair of tissue damage, facilitating the resolution of inflammation and stimulating microcirculation.

WITH RE-CHARGE
- FASTER RECOVERY
- REGENERATED MUSCLES
- ACTIVATION OF THE VENOUS RETURN
- IMPROVED POSTURE
- CALF PROTECTION
- HEEL PROTECTION
- SPEED MUSCLE RECOVERY
- BIOMECHANICS AS A NEW ALLY
WITHOUT RE-CHARGE
- SLOW RECOVERY
- MORE INFLAMMATION AND ACHES
- MORE TOXINS AND OVERLOADS
- LESS MOTOR CONTROL
- UNPROTECTED CALFS
- EXPOSURE TO HEEL INJURIES
- MORE TIRED MUSCLES
- BIOMECHANICS ABSENT






















