ALPINESTARS Faster-3 Rideknit Shoes - Black/White/Red - US 9.5 2510319123-9.5

ALPINESTARS Faster-3 Rideknit Shoes - Black/White/Red - US 9.5 | Lightweight & Ventilated Motorcycle Riding Shoe

Experience superior comfort, protection, and style with the ALPINESTARS Faster-3 Rideknit Shoes. Featuring a lightweight microfiber and knit mesh construction, TPR protection, and a secure fit, these CE-certified riding shoes are perfect for street and sport riders.

The ALPINESTARS Faster-3 Rideknit Shoes are a high-performance riding shoe that blends the aggressive styling of a racing shoe with the comfort and breathability of a casual sneaker. Constructed from a combination of advanced microfiber and a lightweight, durable knit mesh material, the Faster-3 Rideknit is designed for optimal airflow and flexibility, making it an excellent choice for riding in warm weather. These shoes are engineered with a range of class-leading protective features, both on the interior and exterior. They are CE-certified to EN 13634:2017, ensuring they meet rigorous European safety standards. Protection is provided by enhanced TPU and TPR components, including a new TPR heel counter, a TPR slider on the lateral toe box, and dual-density ankle protectors. An asymmetric toe design provides enhanced protection in the shift area. Comfort is not sacrificed for safety. The shoes feature a 3D mesh lining for excellent breathability and a padded tongue and collar for a snug and comfortable fit around the ankle and instep. The traditional lace closure is complemented by a lateral hook and loop strap for added security and to keep laces from interfering with motorcycle controls. An extremely lightweight rubber sole provides superb grip and absorption, while an integrated support shank enhances sole rigidity. The anatomical EVA footbed is also replaceable for long-lasting comfort.

Best Uses

1. Sport and Street Riding: The aggressive styling and protective features make it ideal for everyday street riding and spirited sport riding.
2. Warm Weather Riding: The Rideknit mesh material provides exceptional breathability, making these shoes a top choice for hot and humid climates.
3. Casual Wear: The sneaker-like aesthetic and high level of comfort mean these shoes can be worn off the bike for casual outings, commuting, or walking.
4. Commuting: Offers a balance of protection, comfort, and a low-profile design that is well-suited for daily motorcycle commutes.

 Key Features

1. Advanced Microfiber & Knit Mesh Construction: A lightweight, durable, and highly breathable material combination that offers excellent airflow and comfort.
2. CE-Certified Protection: Meets European statutory law (CE EN13634:2017) with enhanced TPU ankle and TPR heel counter, providing class-leading safety.
3. Secure Closure System: Features a traditional lace closure combined with a lateral hook and loop strap to ensure a secure, adjustable, and comfortable fit.
4. Integrated Protective Components: Includes a TPR slider on the lateral toe box for enhanced flex and protection, dual-density ankle protectors, and an asymmetric toe design for shift area protection.
5. Comfort-Focused Design: Incorporates a breathable 3D mesh lining, a padded collar and tongue, and a replaceable anatomical EVA footbed for high levels of comfort on and off the bike.

 Key Benefits

1. Superior Airflow: The knit mesh upper and air vents allow for exceptional ventilation, keeping your feet cool and comfortable during hot rides.
2. Lightweight Agility: The slim and lightweight construction provides a "barely there" feel, offering greater precision and feel of the bike's controls.
3. Enhanced Safety: The CE-certified design with strategic reinforcements offers crucial protection for key areas of the foot and ankle, reducing injury risk.
4. Versatile Style: The modern, sneaker-inspired design makes these shoes a stylish choice that transitions seamlessly from riding to walking and casual wear.
5. Durable Performance: A combination of abrasion-resistant materials and a robust, integrated sole shank ensures long-lasting durability and structural integrity.