The MX PRO-GEAR RACE-ATTACK gloves have been designed to offer exceptional control, maximum comfort and great feel in motocross, enduro and off-road riding. They feature a Clarino® touchscreen palm, a moulded neoprene cuff and lightweight, high-strength materials for professional performance.
The MX PRO-GEAR RACE-ATTACK gloves are developed for riders looking for maximum performance in motocross, enduro and off-road disciplines. Their lightweight, ergonomic design provides an excellent combination of comfort, precision and durability, allowing total control of the bike even in the most demanding conditions.
The compression-moulded neoprene cuff has a hook-and-loop (Velcro) closure that guarantees a firm, comfortable and secure fit throughout the ride. The palm is made from a single layer of matt, padded, conductive Clarino® material, offering excellent feel on the controls, high wear resistance and touchscreen compatibility.
The back of the hand uses high-strength nylon fabric available in a wide range of colours and graphics, combining durability with a modern, sporty style.
Stretch mesh panels between the fingers significantly improve ventilation and allow greater dexterity and freedom of movement, keeping your hands cool during the most intense sessions. In addition, silicone printing on the fingertips improves grip on the levers for more precise control.
The RACE-ATTACK PRO-GEAR has been developed as a professional-level motocross glove, suitable for riders of all ages and categories, with a wide choice of colour and graphic combinations to suit every style.
Key features:
• Compression-moulded neoprene cuff.
• Velcro closure for a secure fit.
• Single-layer, padded, touchscreen-compatible Clarino® palm.
• Tough nylon upper fabric.
• Wide range of colours and graphics.
• Stretch mesh panels for maximum ventilation.
• Silicone fingertip printing for better grip.
• Lightweight, high-performance design.
• Ideal for motocross, enduro and off-road riding.
• Available for all age categories.
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behaviour or unique IDs on this site. Not consenting or withdrawing consent may adversely affect certain features and functions.