Alpinestars Tech 10 Supervented Motocross Boots

Alpinestars Tech 10 2026 Motocross Boots

For over a decade, the Tech 10 has set the standard for performance and protection in motocross boots. The completely redesigned Tech 10 boot pushes the performance envelope even further: perfection through innovation. While retaining the iconic Tech 10 look, the new boot represents a completely new approach, enhancing its ability to provide the rider with the highest levels of feel, comfort, and safety.

Features:

• A groundbreaking innovation for the Tech 10 is the introduction of Alpinestars' patented Frontal Flex Frame.
• The complete, seamless flexion control system features a specially developed frontal flexion control system with a dual-density TPU insert system.
• The Tech 10 design is sleeker and more streamlined, with a contoured shin guard that wraps ergonomically around the back of the leg.
• Completely redesigned sole with a proprietary tread pattern to improve footrest performance, grip, and mud and water drainage.
• The exclusive dual-compound sole is seamlessly integrated into the multi-density footbed structure with integrated support.
• The central sole insert features a micro-grip and a side hook grip. It is easily replaceable, and Alpinestars offers a complete sole replacement and boot repair service.
• The new triple buckle closure system has been anatomically optimized and redesigned for weight savings and ergonomics, featuring a nylon and fiberglass connection for improved durability and strength.
• All buckles are easily replaceable.
• The Tech 10 chassis combines advanced, lightweight microfiber with an impact- and abrasion-resistant TPU shell.
• The foot shell consists of five different connections in a single lightweight piece to provide strength while maintaining flexibility and structural integrity.
• The foot shell includes a heel and toe guard that is highly abrasion- and impact-resistant, contributing to the overall durability of the boot.
• The front guard features a dual closure system with an internal microfiber flap and Velcro fasteners for a precise fit closure under the buckle, offering greater, micro-adjustable precision that is easy to operate.
• The soft microfiber gaiter helps seal out excessive water and dirt.
• The polywoven lining with open-cell 3D foam contains non-slip suede in the heel area, keeping the foot in place inside the boot.

Performance description:

Ankle Control System:

• Developed in the outer shell construction, allowing for natural ankle movement, vertical compression control, and improved impact protection.
• Asymmetrical medial and lateral dual-hinge system.
• Redesigned dual-density TPU heel brake system.
• Developed to prevent overextension while providing improved flex control and impact resistance.

DCHP – unique innovation in heel protection:

• Integrated into the Tech 10's unique and lightweight, one-piece, co-injected foot chassis is the patented Dynamic Heel Compression Protector (DHCP), an innovative safety feature that includes a fully integrated, collapsible heel area with expanded poly foam to absorb high impact energies during a fall.
• The DHCP features a directional impact protection system that significantly reduces the effects of excessive, potentially injurious energy transferred to the ankle and lower leg.
• The DHCP is used by Alpinestars athletes in the demanding environments of professional Supercross and Motocross.

New inner ankle brace:

• Lighter, anatomically redesigned medial and lateral torsion arms that are compact and offer a greater range of motion and control.
• In combination with the outer boot chassis, the ankle brace provides vertical and lateral protection against ankle and leg compression and rotation, as well as progressive damping of torsional forces during an accident, while allowing for natural freedom of movement.
• The double-pivot system allows the Tech 10 to maintain its integrity while flexing, making alternative torsion bars for different ankle widths unnecessary and, above all, ensuring the necessary progressive resistance against rotational and vertical forces that are so harmful to the ankles, knees, thighs, and pelvis if not controlled and stopped.