Alpinestars Motocross Boots Tech 10 - Black / White

The Alpinestars Motocross Boots Tech 10 - Black / White are designed to set the standard for protection and performance in the motocross world. With a focus on enhancing functionality, performance, and safety, these boots are now lighter and more comfortable than ever. The innovative Frontal Flexion Control Frame technology and unique Ankle Control System provide unparalleled freedom of movement and control, while the streamlined sole ensures better grip and feel on the footpeg. This makes the Tech 10 not only visually appealing but also a technical marvel that gives riders more confidence while riding.

These boots are ideal for motocross riders seeking a combination of comfort and protection. The enhanced functionality and reduced weight make them perfect for intense rides, while advanced technologies like the Dynamic Heel Compression Protection system absorb the impact of heavy hits. Whether you are an experienced rider or just starting out, the Tech 10 boots offer the support and protection needed for offroad use.

Upgrade your gear with the Alpinestars Tech 10 boots and experience ultimate protection and comfort during your rides.

• Frontal Flex Frame technology for controlled bending and improved freedom of movement, ensuring a more natural riding experience.
• Ankle Control System that supports ankle movement and provides impact protection, reducing the risk of injuries.
• Lighter design through the use of new composite aluminum in the buckles, resulting in a weight reduction of 400 to 500 grams compared to the previous model.
• TPU protection and shock-absorbing padding on the heel and ankles for added comfort and protection while riding.
• CE-certified according to EN 13634:2017, meaning these boots meet strict safety standards for motocross.
• Streamlined sole with improved grip structure for optimal performance on the footpeg and better mud and water drainage.
• Double rotation system in the ankle brace for optimal protection against compression and rotation while maintaining natural freedom of movement.