Alpinestars Supertech R Vented perforated Motorcycle Boots

Almost every component of Alpinestars' Supertech R vented boot makes it the racing boot worn by a number of champions past and present. It has undergone a rigorous upgrade program to further enhance its performance characteristics.

Features:

Microfiber upper provides optimal abrasion resistance while offering high flexibility
Special laser perforation zone for optimal breathability
New front flex area for improved impact abrasion while ensuring a natural front and back feel
New front flex area increases ventilation and airflow for added breathability
Redesigned rear bellows made of stretch microfiber for improved natural front and rear movement
Redesigned upper gaiter in microfiber material with TPU overmold for improved durability
New synthetic microfiber panel on the medial side for increased abrasion resistance and improved contact feel with the bike
New TPU slider for increased protection on the lower medial side
New TPU shin plate has been redesigned for higher impact absorption performance, improving abrasion resistance in a key area.
New replaceable shin slider for additional abrasion resistance
New TPU stretch panel design with zipper for easier entry and exit and a tighter, optimized fit
Velcro closure ensures the zipper stays in place
Micro-adjustable ratchet closure at the top of the boot for an optimal fit
Replaceable, co-injected TPU/aluminum toe slider with a simple screw system that protects the toe area from abrasion
The new, replaceable design of the heel plate slider offers increased sliding performance and protection in the event of a fall
The sole is made of a lightweight rubber compound that provides excellent grip on the cleats
Separate, internally updated, biomechanical liner made of 3D mesh material for greater structure and the associated improved rider comfort.
The inner shoe is equipped with a new outer toe area with a soft TPU reinforcement for better impact protection and additional ankle padding for more protection and stability during the natural movement of the foot