The Stella SMX-1 R V2 Vented Boots are anatomically engineered for an optimized women’s fit, offering a class-leading, low-cut riding boot that incorporates a host of technical innovations for improved levels of comfort, fit, and durability. Constructed from an advanced microfiber upper, these boots feature extensive perforations throughout for maximum airflow, ensuring you stay cool during intense rides.
Protection is paramount with the integration of an external high-modulus TPU heel counter, lateral ankle support, and a shift pad for improved shock protection. The dual-density ankle protectors are layered under the upper to provide abrasion resistance in key areas, while the internal toe box protection ensures enhanced feel and performance. For structural integrity, the sole features Alpinestars' exclusive Transversal Protection Frame (TPF) to guard against transversal loads.
The SMX-1 R V2 is designed for maneuverability both on and off the bike. Instep and Achilles’ accordion flex zones, combined with thermowelded flex grooves, allow for natural movement and control. The evolved closure system is anatomically angled to follow the shape of the rider’s instep, featuring aramidic fiber wires for a lightweight and secure fit. An integrated, replaceable bi-injected TPU forefoot slider with an easy-screw fixing concept makes maintenance simple and fast.
Key Features:
- Main upper constructed from advanced microfiber for comfort and abrasion resistance.
- Extensive perforations and a rear flex window for effective ventilation and breathability.
- Innovative heel counter support system working in conjunction with a strap closure for improved fit.
- Alpinestars exclusive compound rubber sole for superior grip, water dispersion, and durability.
- New ergonomic TPU shift pad for enhanced durability in critical areas.
- Reverse zip closure and Front Velcro® system for a quick, secure, and convenient fit.
- Removable anatomic foot-bed with EVA foam and Lycra® for all-day support.
- Internal mesh lining for cooling comfort and moisture-wicking performance.
