Alpinestars
Faster-3 Rideknit Riding Shoe
$199.95
Alpinestars
CR-X Drystar Riding Shoe
- $199.95
ALT IMAGES / MULTIMEDIA
- Drystar® membrane offers effective weather protection in wet conditions.
- The sole unit ‘DROP’ (the off-set between heel and toe) is set at 9mm to ensure a smooth heel-to-toe transition when walking.
- An EVA midsole provides for excellent all-day underfoot comfort.
- Forefoot Flex grooves are engineered into the midsole for enhanced forefoot comfort.
- Full-length TPU CE-certified inner sole plate for superior riding protection.
- Asymmentric outside stud configuration provides grip and abrasion resistance.
- Oil resistant dual rubber compound provides optimized grip.
- Removable Ortholite insock provides long lasting comfort and prevents overheating.
- Hidden asymmetric lateral and medial TPU ankle discs for ankle protection.
- Lightweight inner bootie for a comfortable, glove-like fit.
- Gear shift zone features a highly-abrasive-resistant TPU layer for enhanced durability.
- Internal EVA layer between outer and inner materials reduces pressure in the shift area.
- Standards: CE EN13634:2017
- Drystar® membrane offers effective weather protection in wet conditions.
- The sole unit ‘DROP’ (the off-set between heel and toe) is set at 9mm to ensure a smooth heel-to-toe transition when walking.
- An EVA midsole provides for excellent all-day underfoot comfort.
- Forefoot Flex grooves are engineered into the midsole for enhanced forefoot comfort.
- Full-length TPU CE-certified inner sole plate for superior riding protection.
- Asymmentric outside stud configuration provides grip and abrasion resistance.
- Oil resistant dual rubber compound provides optimized grip.
- Removable Ortholite insock provides long lasting comfort and prevents overheating.
- Hidden asymmetric lateral and medial TPU ankle discs for ankle protection.
- Lightweight inner bootie for a comfortable, glove-like fit.
- Gear shift zone features a highly-abrasive-resistant TPU layer for enhanced durability.
- Internal EVA layer between outer and inner materials reduces pressure in the shift area.
- Standards: CE EN13634:2017
