Seven MX - Zero Diverge Glove

The Seven MX - Zero Diverge Glove is the best motocross glove on the market thanks to its unique key features. Seven MX gear is race inspired by the some of the best motocross riders and is uniquely designed to provide rides with the ultimate riding experience. The Seven MX - Zero Diverge Glove is constructed from a 4-way stretch race performance fabric that gives riders unreal flexibility and comfort. These Seven MX - Zero Diverge Glove are also incredibly breathable courtesy of that material and the stretch mesh finger gussets amplify the mobility and airflow of these Zero Diverge Glove. To go along with the flexibility and comfort, the Seven MX - Zero Diverge Glove are equipped with a single layered perforated Clarino palm. Clarino makes a synthetic leather material that has microporous properties which allows heat and water vapor to pass easily through. Not only is it microporous, but the Clarino palm is also three times stronger than real leather which increases the durability of these motocross gloves astronomically. Increasing grip, control, and feel of your bars, this highly innovative advancement in the Diverge glove makes it one of the leading motocross gloves on the market. Concluding these Seven MX - Zero Diverge Gloves is the plus Airprene slip-on cuff that gives riders a comfort and secure fitting Seven MX glove. These are features that you don’t only see, but can feel with every twist of the throttle and every lap. Feel the difference in these Seven MX - Zero Diverge Glove your next ride day and pick up a pair today. You will love the way they feel, and you will not be disappointed.

Technical Details 

• Ultra lightweight, breathable, 4-way stretch performance fabric contruction for resistance-free mobility and comfort

• Single layered perforated clarino® palm helps to intensify bar feel while reducing heat and sweat

• Plush slip-on airprene cuff

•  Media stitch at thumb and index finger for easy mobile device navigation

•  Stretch mesh finger gussets for added air intake