Alpinestars Tech 7s Youth Boots

• Motocross boot constructed from a PU (Polyurethane) reinforced microfiber upper for flexibility, abrasion resistance, water resistance and weight saving, material ensures consistent fit and is easy to maintain and clean
• One piece injected dual compound foot shell with co-injected hard toe protector and integrated steel shank. The shell is highly resistant to abrasion and impact, adds to the boot's overall durability and improves boot's streamlining
• Soft poly foam reinforcement on ankles and collar for long lasting comfort and shock absorption
• 3D mesh textile with open cell foam for improved air circulation and comfort
• Buckle closure system incorporates polymer and fiberglass buckle arms and high impact aluminum bridge closures for durability and weight saving
• Extended microfiber gaiter helps seal out excessive water and dirt entry
• Contoured shin plate is injected with high modulus TPU (Thermoplastic Polyurethane) for excellent levels of impact and abrasion resistance
• Compound sole is seamlessly integrated into the base structure for superior durability, high performing rubber grip patterning, and feel
• Medial facing side incorporates TPU panel with specially designed sculpturing for maximum grip contact with bike and improved heat and abrasion resistance
• Excellent flexion provided by low profile medial and lateral pivot system to offer movement and support
• Instep and Achilles accordion flex zones constructed for superior control and support
• Buckle system features memory and a quick release/locking system with self aligning design for easy, precise closure and improved riding performance and security
• Removable anatomic footbed for comfort and support ensures even weight distribution
• Specifically designed and sized for junior and/or smaller framed riders
• The sole and all buckles are replaceable
• C.E. certified to EN 13634:2010

Protect your feet from the heat while maintaining grip with impact and abrasion resistant motorcycle boots or motocross boots. They allow flexibility in a seamless structure that moves with you.