Alpinestars Tech 10 Supervented Boots - White/Red US 14 / EU 49.5

The Alpinestars Tech 10 Supervented Boots are engineered for high-performance motocross riders seeking superior protection and ventilation. Crafted with a lightweight microfiber upper combined with impact and abrasion-resistant TPU shell, these boots deliver durability and lightweight comfort. The innovative design features a perforated microfiber construction with internal perforated padding, enhancing breathability and airflow to keep your feet cool during intense rides. Multiple ventilation zones, including large intake ports at the front and exhausts at the rear, optimize heat exchange and airflow, reducing fatigue and increasing riding stamina. The interior mesh lining, reinforced with anti-sliding suede on the heel, ensures a secure fit and improved ventilation, promoting all-day comfort. The sole has been completely redesigned with proprietary grip sculpturing to improve foot-peg contact, mud, and water runoff. The exclusive dual compound sole combines durability and grip, providing superior pedal feel for precise control. Featuring a micro grip insert and side hooking grip design, the sole is also easily replaceable, with Alpinestars offering full sole replacement and boot repair services. The footbed is perforated for added cooling, while the integrated shank and multi-density foot shell offer support and protection from impacts and abrasions. The boot's anatomical design prioritizes weight-saving and ergonomic fit, ensuring comfort without sacrificing strength. The innovative mechanical buckle closure system, made from a nylon and fiberglass compound, provides precise, quick, and secure fastening, with high-impact, cold-forged closures for durability. The shin incorporates a unique TPU blade system with ventilation windows, preventing hyper-extension while allowing increased airflow. The calf protector ergonomically wraps around the leg, constructed from a dual density rear blade system that offers progressive dampening of torsional forces. Additional safety features include the patented Dynamic Heel Compression Protector (DCHP), which absorbs high-impact energies during crashes, reducing injury risk. The boot's soft microfiber gaiter seals out dirt and water entry, complemented by the 3D mesh lining for enhanced airflow and comfort. The anatomically optimized design ensures a perfect fit, combining lightweight materials with high performance, making the Alpinestars Tech 10 Supervented Boots an ideal choice for serious motocross enthusiasts and professional riders alike.

Features:

• Breathable perforated microfiber upper with internal perforated padding for enhanced ventilation

• Multiple ventilation zones including large inlet ports and exhausts for optimal airflow

• 3D higher spring insole with air channels for cooling and cushioning

• Evolutionary shin plate with ventilation windows for impact protection and increased airflow

• Polyurethane lateral calf vents and breathable mesh insert for improved comfort

• Double pivot motion control system for flexibility and precise control

• Engineered bi-density front flexion control with shock absorber insert for impact dampening

• Dual density TPU rear blade system for flex control and impact resistance

• Exclusive co-injected sole with superior grip, durability, and mud/water runoff

• Replaceable sole insert with micro grip and side hooking grip design

• Perforated footbed and mesh-lined interior for cooling and airflow

• Anatomically optimized for weight savings and ergonomic fit

• Nylon and fiberglass composite mechanical buckle closure system for durability and easy adjustment

• Lightweight microfiber upper with impact-resistant TPU shell

• TPU blade system on shin with ventilation windows for airflow and impact protection

• Microfiber gaiter with water and dirt sealing

• Integrated shank and multi-density foot shell for support and durability

• Dynamic Heel Compression Protector (DCHP) for impact absorption during crashes

• Contoured calf protector with dual density rear blade system for torsional dampening