Alpinestars Stella Stated Flair Women's Motorcycle Shoes - Warm Gray/White, US 6

Designed specifically for women, the Alpinestars Stella Stated Flair shoes offer an ergonomic fit that ensures comfort during daily riding and urban commuting. The advanced urban sole provides immediate grip and stability, making them suitable for both on and off the bike. The aged, worn effect applied by hand lends an authentic racing heritage aesthetic, blending style with functionality. With a compact high-top profile, these shoes feature a classic lateral lace system complemented by a lateral zip closure for quick and secure fastening, catering to both convenience and safety. Ankle disks on both medial and external sides, along with the TPF Transversal Protection Frame, deliver effective ankle protection while maintaining flexibility for riding and walking efficiency.

Features:

• Ergonomic women's specific fit for enhanced comfort during riding and daily use

• Advanced urban sole with textured grip for optimal contact on bike's footpegs

• Hand-applied worn effect for an authentic racing heritage look

• High-top design with lateral lace system and zip closure for security and ease of use

• Ankle disks on medial and external sides for discreet protection

• TPF Transversal Protection Frame offers support without compromising foot flexion

• Leather upper provides superior abrasion resistance and a premium street aesthetic

• Leather Nubuck sections at ankle and heel for added durability and flexibility

• Lightweight, oil-resistant vulcanized rubber sole ensures reliable grip

• PU midsole with integrated heel disc delivers excellent shock absorption and cushioning

• Removable OrthoLite® insock maintains long-lasting comfort and prevents overheating

• Dual-layer PP insole combines flexibility, durability, and walking comfort

• Rubber-coated lace tips enhance grip during adjustments

• Double density TPU ankle protectors offer a balance of protection and flexibility

• Reinforced toe box and heel counter for ergonomic support and abrasion resistance