Featuring performance innovations derived from Alpinestars' rich history competing at the highest levels of motorsports, the Stella Faster-4 Drystar® Shoes utilize a seamless microfiber upper to create an even more protective and comfortable riding shoe.

The Stella Faster-4 is extremely lightweight, breathable, and durable, incorporating Alpinestars' Drystar® technology, a multi-layer membrane engineered for moisture permeability, breathability, and durability that offers riders 100% waterproof performance. With a reinforced sole that provides improved stability and enhanced comfort, the Stella Faster-4 Shoes are the perfect sport riding shoe.

Ergonomic Fit: Anatomically designed and optimized for a women's-specific fit.
All-Weather Protection: Upper constructed with Drystar® technology for effective performance in wet conditions, and extremely lightweight, durable, and abrasion-resistant microfiber.
Advanced Rubber Outsole: Extremely lightweight, specially compounded, reinforced rubber outsole offers textured grip, exceptional cushioning, and features a built-in support for increased sole rigidity.
Improved Comfort: Heel cushioning in the midsole for improved comfort.
Excellent Fit: Tongue and collar padding provides high levels of comfort and an excellent fit around the ankle and instep, with a rear flex point for additional flexibility and comfort.

3D mesh lining for excellent breathability with anti-slip microfiber at the heel.
TPR slider details on the lateral toe provide greater flexibility while walking.
Adjustable hook-and-loop lateral closure system with TPR strap for added security.
Replaceable anatomical EVA footbed with Lycra lining on the upper.
Traditional lace closure system for an easy, secure, and comfortable fit.

Medial dual-density ankle protectors for proven protection against impacts and abrasions.
Improved TPU ankle construction extends to the lower lateral area for increased support and protection.
Internal toe and heel reinforcement is layered under the upper for a more ergonomic design, providing additional coverage and abrasion resistance in key areas.
Asymmetrical toe design provides protection in the shift area.