"This Product is available for store pickup or delivery to your address within 4-5 business days."
Alpinestars SMX-6 V2 Motorcycle Boots Riding Black White Grey
Alpinestars SMX-6 V2 Black White Grey, a top-tier track and street performance riding boot meticulously crafted for riders seeking excellence in protection, comfort, and control. With a newly designed upper for enhanced flexibility and anatomical profiling, the SMX-6 V2 boasts innovative features and the latest advancements in Alpinestars' performance footwear. CE certified and packed with protective innovations, it's the ultimate choice for riders looking to elevate their riding experience.
Details:
- Ergonomic last for forefoot streamlining and superior foot profile, fit, and comfort
- Air vents on heel counter and shin plate, along with breathable mesh inserts, enhance comfort and reduce fatigue
- Alpinestars' exclusive compound rubber sole promotes improved grip, water dispersion, and durability
- Integrated, replaceable bi-injected TPU slider with easy screw fixing concept for quick replacement
- Innovative instep and Achilles accordion flex zone construction for superior comfort, extension, control, and support
- Breathable textile interior lining with anti-sliding suede reinforcement on heel area for stability while riding
- Internal insole with shank reinforcement for arch support and foot protection
- Double density ankle protector on medial side for added protective performance
- Medial side entry opening/closure system with elastic-mounted zipper and wide Velcro closure for flexibility and secure fit
- Internal toe box protection layered under the upper for durability and improved feel
- Newly designed boot upper with innovative front, rear bellow, and rear calf zones for superior flexibility and durability
- Removable anatomic footbed includes EVA and Lycra for performance, comfort, and support
- High modulus TPU injected protective components for improved shock protection and durability
- Innovative TPU lateral ankle brace protection provides biomechanical support and structural integrity
