Engineered for off‑road riders, the Tech 10 Boots deliver benchmark MX performance and protection, introduced in 2021. Featuring the Dynamic Heel Compression Protector, Frontal Flex Frame, and asymmetrical dual‑pivot ankle control in a lightweight microfiber/TPU shell, they are CE certified to EN 13634:2017 and cut weight by over 400 g with cold‑forged aluminum buckles. The result is controlled flexion, enhanced bike feel, and confident performance through long motos.
Rear blade system and Dynamic Heel Compression Protector (DHCP): dual-density TPU rear blade is engineered to prevent hyperextension, while the patented, collapsible heel with expanded poly-foam—integrated into the Tech 10’s unique single-piece co-injected foot chassis—absorbs high-impact energy and significantly reduces force transfer to the ankle and lower leg for confidence on hard landings.
Biomechanical inner ankle brace: lighter, anatomically redesigned medial and lateral torsion arms increase range of movement and control, delivering vertical and lateral protection with progressive damping of torsional forces while preserving natural freedom of movement.
Double pivot system: allows the Tech 10 to flex without losing structural integrity, providing essential progressive resistance to rotational and vertical forces across varying ankle widths to help protect ankles, knees, upper legs, and pelvis.
CE certified to EN 13634:2017: independently verified protection performance for demanding off-road riding.
Dual-density TPU rear blade system engineered to prevent hyperextension while delivering controlled flex and impact resistance; integrated Dynamic Heel Compression Protector (DHCP) with a collapsible heel zone and directional impact protection reduces energy transfer to the ankle and lower leg during high-impact events.
Biomechanical inner ankle brace with medial and lateral torsion arms provides vertical and lateral protection against compression and rotational forces, with progressive damping in a crash.
Double pivot system delivers progressive resistance to rotational and vertical loads while maintaining structural integrity during flexion, helping safeguard ankles, knees, upper legs, and pelvis.
CE certified to EN 13634:2017.
Updated composite materials engineered for reduced weight and durability; cold‑forged aluminum buckles with self‑aligning closure hardware contribute to an overall mass reduction of over 400 g.
Streamlined, reduced‑volume chassis utilizing lighter composite components and an integrated construction approach with advanced bonding processes.
Chassis layers combine lightweight microfiber with an impact‑ and abrasion‑resistant thermoplastic polyurethane (TPU) shell.
Frontal Flex Frame architecture with dual front and rear blade connectors linking the foot shell to the shin plate for controlled flexion within the boot structure.
Dual‑density TPU connector unites the lower buckle plate with the upper blade connector, buckle, and shin protector; floating linkage engineered to operate between the lower and upper boot structures.
Asymmetrical, dual‑pivot arms integrated into the boot frame.
Outer‑shell ankle control system engineered into the external chassis construction.
Asymmetrical medial and lateral double‑pivot layout with the medial pivot arm positioned higher to reduce material volume in the lower boot and to provide clearance for the inner ankle brace system on the inside of the boot.