Alpinestars Stella Smx-6 V3 Womens Boots – Black / White

ALPINESTARS STELLA SMX-6 V3 WOMENS BOOTS BLACK / WHITEThe Alpinestars Stella SMX-6 V3 Boots are high-performance sport and touring boots engineered specifically for women riders. Featuring a dedicated female fit and incorporating advanced race-derived technology, these boots deliver superior protection, flexibility, and comfort both on the road and at the track. With Alpinestars latest anatomical design, innovative flex zones, and ergonomic construction, the Stella SMX-6 V3 offers excellent support, precision, and control for all-day riding performance.Key Features Dedicated womens-specific fit for optimal comfort, ergonomics, and riding performance. Advanced microfibre upper construction provides lightweight protection, flexibility, and abrasion resistance. Newly developed front and rear flex zones combine textile and soft TPU for enhanced movement and impact resistance. Alpinestars biomechanical ankle brace system provides superior ankle articulation, stability, and protection for the shin, calf, and Achilles. Lace-Lock System made from advanced polymer resin ensures quick, secure, and precise closure.Construction Microfibre upper provides high durability, flexibility, and lightweight comfort. Ergonomic last design streamlines the forefoot for improved control and precision on the bikes controls. Elastic front gaiter ensures a close, adaptive fit and prevents debris ingress. Medial side entry with elastic-mounted zipper and wide hook-and-loop closure ensures easy entry and a secure fit. Streamlined inner surface enhances contact and control with the bike. Redesigned pull flap improves closure and overall usability. Dual compound, removable anatomic EVA and Lycra footbed provides comfort and arch support. Internal insole with integrated shank reinforcement for additional support and protection. Reinforced internal toe box layered under the upper for improved durability and feel. Lightweight rubber compound sole delivers excellent grip and pedal feedback.Protection