Alpinestars SP X Z WP Glove

FEATURES

• Designed to set a new benchmark in the all-weather street glove category, these gloves strike the perfect balance between comfort, a precise fit and performance
• Equipped with double density SP X TPU knuckles for maximum impact protection and unrivalled ergonomics, the SP X Z
• Drystar Gloves also features Alpinestars’ Drystar technology for 100 percent proven wet weather performance and breathability
• Engineered with the SP X TPU double-density divided knuckle design for superior ergonomics, with a 3D ergonomic inner shape specifically optimized for enhanced knuckle comfort, and cut backs on the first and second finger to avoid pressure points especially when cornering
• Equipped with a Drystar liner for proven all-weather performance, remaining waterproof while still being highly breathable
• Equipped with a street finger bridge, derived for racing and adapted for street use, to prevent finger separation when crashing, which could result in injuries
• Wrap-around reinforcement on the outer side of the palm and side of the pinky finger ensures durability and protection in critical areas
• 2L stretch construction for a lightweight and precise fit
• SP X Z Drystar Gloves features a leather palm for enhanced abrasion resistance and optimal grip with the bike’s controls
• Alpinestars’ Drystar waterproof technology to ensure 100% waterproof performance and breathability at the same time
• Soft neoprene cuff construction for superior rider comfort
• Equipped with a touchscreen-compatible fingertips for convenient access electronic devices without the need to remove the gloves
• Pull tab with a silicone print enhances grip, making it easier to put on and take off the gloves, especially in challenging conditions
• Strategically positioned reinforcements and foam padding on the palm, top hand and side palm for enhanced grip and additional coverage against side scratches, bumps, and impacts
• Palm slider for additional abrasion and impact resistance, while also ensuring long-lasting durability