Cycling knee and shin guards Leatt 3DF 5.0 Evo EXT black (5025202501)

Leatt 3DF 5.0 Evo EXT black knee and shin guards are the ideal choice for cyclists seeking solid protection while riding. Made from synthetic materials and plastic, the guards combine durability with comfort. The 3DF foam used ensures excellent shock absorption, enhancing safety during falls.

Deflextion Technology and 3DF AirFit

The Leatt 3DF 5.0 Evo EXT black knee and shin guards are equipped with advanced Deflextion technology. This technology effectively disperses impact energy, increasing user protection. Combined with 3DF AirFit foam, the guards adapt to the body shape, providing optimal fit and comfort while riding.

4 Way Stretch System and Ventilation

The Leatt 3DF 5.0 Evo EXT black knee and shin guards feature a 4 Way Stretch system. This allows for complete freedom of movement, which is crucial for comfort during intense riding. Additionally, the built-in ventilation system, supported by MoistureCool and AIRmesh technologies, ensures effective heat and moisture dissipation, resulting in a feeling of freshness even during prolonged use.

Slip-on with Velcro Closure

The Leatt 3DF 5.0 Evo EXT black knee and shin guards are designed for ease of use and secure fit. Thanks to the slip-on design and Velcro closure, the guards are easy to put on and take off, while remaining stable in place during rides. The use of CE certification EN 1621-Level 1 confirms their high protective effectiveness and compliance with European safety standards.

Leatt 3DF 5.0 Evo EXT Knee and Shin Guards - Features:

• 3DF foam providing excellent shock absorption;
• Deflextion technology dispersing impact energy;
• 3DF AirFit technology adapting to body shape;
• 4 Way Stretch system allowing complete freedom of movement;
• Ventilation providing heat and moisture dissipation;
• MoistureCool technology supporting moisture wicking;
• AIRmesh technology supporting ventilation;
• Slip-on design with Velcro closure for ease of use;
• CE certification EN 1621-Level 1 confirming protective effectiveness.