ALPINESTARS MM93 CR-X Drystar Riding Motorcycle Shoes

A protective riding shoe with unrivalled off-the-bike, all-day walking comfort. The MM93 CR-X Drystar® Riding Shoe boasts a running shoe last which provides a ‘snug’ fit coupled with ‘ample inner shoe volume’ to ensure good all-day foot comfort, while the Drystar® waterproof and breathable mem-brane guarantees effective all-weather performance. Construction: - The sole unit ‘DROP’ (or, the off-set between heel and toe) is set at 9 mm (many running shoes have a 9 mm drop) to ensure a smooth heel-to-toe transition when walking. - Features an EVA midsole provides for excellent all-day underfoot comfort. - Forefoot Flex grooves are engineered into the midsole for enhanced forefoot comfort (the grooves promote flexing in the forefoot area). Protection: - Full-length TPU CE-certified inner sole plate for superior riding protection and a dynamic heel-to-toe transition when walking. - According to European statutory law the CE mark is a conformity requirement for the marketing of this product. The following standards apply: - CE EN13634:2017. - Drystar® membrane offers effective weather protection in wet conditions. - Hidden asymmetric lateral and medial TPU ankle discs for effective but discreet ankle protection. Key Features: - Lightweight inner bootie with minimal construction design for a comfortable, glove-like fit. - Tongue with bellows construction has been designed to remain in position when riding for a snug, secure fit. - Gear shift zone features a highly abrasive-resistant TPU layer for enhanced durability. - Internal EVA layer sandwiched between outer and inner materials reduces pressure on the foot in the gear shift area, thus ensuring superior rider comfort. - Asymmetric outsole stud configuration provides excellent levels of grip and abrasion resistance. - Oil resistant dual rubber compound provides optimized grip on unclean/slippery surfaces. - Removable Ortholite insock provides long lasting comfort and prevents over heating thanks to the Open Cell PU compound.