Alpinestars - SP-Z Drystar Glove

 Alpinestars - SP-Z Drystar Glove

A brand new addition to the Alpinestars glove line, the SP-Z Drystar glove is pretty much a performance sports riding glove packed with Alpinestars Drystar technology. Featuring Alpinestars 100% waterproof Drystar material for a reduced material design offering superior grip and feeling you would demand out of a track day style glove. 

The Alpinestars SP-Z Drystar from the outside is constructed for a durable full grain along with a polyamide fabric. There are reinforcements on the palm and thumb which provide superior grip. Also the palm, fingers and backhand are padded with energy absorbing EVA foam for additional protection. The third and fourth finger bridge prevents finger roll separation in the event of a slide. To top off all the features, this glove has a touchscreen compatible index finger tip so you don't have to remove your glove to use your personal devices.

• Constructed from supple and durable full-grain leather associated with polyamide fabric
• Reinforcements on palm and thumb provides superior grip
• Synthetic leather reinforced outer hand with padding on landing zones that provide maximum abrasion resistance
• Ergonomic stretch insert on palm
• Durable PU knuckle protection with heat stamped logo
• Palm, fingers, and backhand padded with energy absorbing EVA foam for additional protection
• Protective cuff closure with TPR logo wraps around wrist and raises the entire profile of the glove to protect wrist bone from impact in a crash
• Adjustable Velcro closure on cuff and wrist
• Leather stretch accordions on fingers and for superior fit and flexibility
• Touchscreen compatible index finger tip
• Reflective insert on bachand area for greater visibility
• Printed Logo
• Thrid and fourth finger bridge prevents finger separation in the event of a slide
• Pre-curved finger construction reduces rider fatigue
• Made with Drystar Performance membrane construction technology which bonds all layers in glove, thereby affording a highly reduced material chassis to promote goodl evel of dexterity and sensitivity of bike controls