Alpinestars Limited Edition AMS Tech 10 Boots

The Tech 10’s re-design has been guided by three priorities as the Alpinestars technical footwear development team looked to improve overall functionality, performance and safety, decrease weight and reduce material volume. Maximizing these priorities is the key achievement of the new Tech 10 and the result is an all new boot with a greater range of movement and flexibility while offering better control over the flexion and torsion forces that significantly improve boot performance, giving the rider greater confidence and protection.

Enhanced Functionality, Performance and Safety:

• The Tech 10’s comfort is legendary and a key feature in making the boot a pleasure to wear in all conditions. A key objective was maintaining the boot’s feel while enhancing its performance, functionality and safety.

• The most significant upgrades to the Tech 10 performance are unique technologies: The Frontal Flexion Control Frame, the Asymmetrical Dual-pivot Arms, the patented Dynamic Heel Compression Protection Shock Absorber which is integrated into a redesigned foot shell and the slimmer, more streamlined, outsole.

Reduced Weight:

• The Tech 10 is lighter, a result of Alpinestars technicians studying all the boot components and their connections – how the boot comes together. A re-design of every single one of those components has been undertaken to reduce volume and weight.

• New material composites have been created that are lighter in weight and more durable to ensure they hold up to the rigors of off-road riding. The new, cold-forged, aluminum buckles are a result with an easier to operate, more durable and self-aligning closure that offer a positive hold across the upper surfaces of the boot. The result has yielded over 400 grams (almost 1lb) in weight reduction for the new Tech 10.

Reduced Material Volume:

• The design also reduces the Tech 10’s profile and physical size. It is more streamlined with newer, lighter, more durable composite materials and a more integrated approach to the construction of the components which dynamically enhance the chassis of the boot and utilize more advanced bonding processes.