RDX Hosiery Shin Instep Foam blue/white tibia and foot protectors (HYP-SIUW)

The RDX Hosiery Shin Instep Foam blue/white shin and foot protectors provide advanced protection during intense training and sparring, blending modern technology with functional design. The precise construction is based on the synergy of carbon fibre material and a slip-on fastening form, ensuring a secure fit without compromising comfort or safety.

Carbon fibre material and OEKO-TEX® certification

The construction features carbon fibre material, which translates to high resistance to mechanical damage while maintaining the product's lightweight feel. The obtained OEKO-TEX® certification confirms the safety of the components used and the absence of harmful substances in the material's structure. This makes the protectors suitable for those who are particularly demanding regarding the quality of sports textiles.

Slip-on design and MMT™ ventilation

The slip-on design allows for quick putting on and taking off of the protectors without losing stability during use. The MMT™ technology is responsible for effective moisture management, ensuring dry skin even during the most demanding training sessions. The cushioning properties and thoughtful ventilation system make the protectors ideal for both combat sports and general fitness exercises.

RDX Hosiery Shin Instep Foam blue/white shin and foot protectors - features:

• Construction made from durable carbon fibre with high mechanical resistance;
• Supermo Shock Foam™ cushioning effectively dissipates impact energy;
• Shell Shock GEL™ layer further enhances protection for the shins and feet;
• Ayz-F™ technology supports material flexibility and durability;
• Slip-on fastening provides quick and secure fitting;
• MMT™ moisture-wicking system ensures comfort during exertion;
• OEKO-TEX® certification guarantees safety and high quality of textiles;
• Designed for intense training and sparring in contact sports;
• Comprehensive protection for key areas of the shins and feet;
• Construction stability maintained even during dynamic movements.