Men's Giro DND Gel Cycling Gloves

Whether it's beating hand-fatigue on the 3rd lap of a 4-lap race or just taking the edge off your favorite rocky trail, the DND Gel could be just what you're looking for. Giro's added 3mm of optimized gel padding to their Renew Series AX Suede microfiber palm, which teams up with a Renew Series moisture-wicking knit polyester backhand - and that all-important soft-yet-absorbent microfiber nose wiper. It's hard to improve on the basic brilliance of Giro's best-selling mountain bike glove, but the DND Gel just might be the comfort answer to all your riding questions.

The DND Gel glove is made of polyester and is manufactured in the USA and Imported. It is part of Giro's Renew Series, which means the materials and products contain a significant percentage of recycled content (by mass), helping to reduce the impact on the planet.

Giro's proprietary Super Fit Engineering process guides the fit, design, and patterning of every Giro glove for maximum comfort and performance. By carefully tailoring the palm, fingers, and padding zones to match the shape and size of the hand, Super Fit Engineering reduces bunching and discomfort while enhancing grip, bar feel, and the effectiveness of the padding.

The DND Gel glove features a unique 3-piece palm construction that tailors the fit of the glove to reduce bunching and allows the hands to move naturally for enhanced control without compromising bar feel. By designing each part of the palm to mimic the features and articulation of the hand, Giro gloves increase grip and provide a superior level of protection for the entire hand.

The palm of the DND Gel glove is made of AX Suede, a premium microfiber that remains supple and grippy while offering proven durability. The backhand is made of a Renew Series moisture-wicking knit polyester, and the glove also includes a soft-yet-absorbent microfiber nose wiper.

Finally, the DND Gel glove features reflective details that enhance visibility at nighttime or in low-light conditions when illuminated by a light source, such as headlights, by returning the light back toward the original source and reaching the automobile driver's eye.

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