Alpinestars Stella Faster 2 Waterproof Shoe Gun Metal
Featuring performance innovations adapted from decades of R&D experience in the highest level of motorsports, the Stella Faster-2 Waterproof Shoe features a new heel construction and speed lacing system.
Lightweight with class-leading protective features, both inside and outside, the Stella Faster-2 WP Shoe is constructed from a durable microfiber chassis and comfort-giving interior mesh, resulting in an aggressively styled road racing shoe offering performance, precision, flexibility and structural integrity.
Aggressively profiled upper boot surface is constructed from a lightweight, durable and abrasion-resistance microfiber.One-piece Velcro instep strap for quick, personalized and secure closure as well as significantly reducing boot’s overall weight. Strap features soft PU-tipped puller to aid grip when closing.Integrated waterproof membrane for guaranteed performance in wet weather.
New speed lacing system is derived from Alpinestars technology development in Formula 1 and provides excellent levels of precision fit and comfort by strategically enveloping the foot for support and structure.Performance padding on tongue and collar provides high levels of comfort and fit around the ankle and instep.
Newly designed ergonomic lateral toe-slider offers improved feel and sensitivity on bike’s controls while offering abrasion resistance.Innovative heel construction adapted from technology first developed by Alpinestars auto racing department features multi-compound construction ergonomic, rounded polypropylene heel counter which provides support, protection and stability.
TPR lateral ankle insert protects against abrasion and light impacts.
Double density ankle protector on medial side layered under the upper boot surface offers protective performance and abrasion resistance in key area.Internal toe box and heel counter are layered under the upper boot surface for structure and ergonomic design.
PU midsole for comfort and integrated steel shank for enhanced sole rigidity.