Alpinestars Motocross Boots Tech 10 - White / Black / Bright Red

The Alpinestars Motocross Boots Tech 10 - White / Black / Bright Red is engineered for off-road riders and represents Alpinestars' flagship motocross boots. Featuring the innovative Frontal Flex Frame and a biomechanical inner ankle brace, this model delivers unparalleled control and comfort. The boots are CE certified to EN 13634:2017 and feature a lighter microfiber/TPU shell that trims over 400 g, improving fit and peg feel. This makes them ideal for challenging terrain where precision and protection are crucial.

These boots are perfect for motocross and other off-road activities, providing not only impact protection but also excellent freedom of movement. The combination of the dynamic heel compression protector and the double pivot system ensures that the boots support the natural movement of the ankles while reducing the risk of hyperextension. This makes them an excellent choice for both recreational and professional riders.

Experience ultimate protection with these boots and feel the difference in your performance. Order the Alpinestars Motocross Boots Tech 10 - White / Black / Bright Red now and take on the challenge with confidence!

Features Alpinestars Motocross Boots Tech 10 - White / Black / Bright Red:

• Frontal Flex Frame with dual front and rear blade connectors for controlled flex and protection against over-compression.
• Biomechanical inner ankle brace for enhanced freedom of movement and protection against torsional forces.
• Dynamic heel compression protector absorbs impact energy to reduce the risk of ankle and lower leg injuries.
• CE certified to EN 13634:2017 for independently validated protection.
• Lightweight, wear-resistant microfiber combined with an impact- and abrasion-resistant TPU shell for durable protection.
• Double pivot system that preserves chassis integrity and provides progressive resistance to rotational and vertical forces.
• Cold-forged aluminum buckles with self-aligning closure for a secure and personalized fit.