The Tech 10 sets the standard for motocross boot performance with lightweight composite construction that reduces weight by over 400g while delivering superior protection. Engineered for serious off-road riders, this advanced boot features the innovative Frontal Flex Frame system and asymmetrical dual pivot design for optimal flexibility and precise control over flexion forces, giving riders enhanced movement and confidence on demanding terrain.
Revolutionary lightweight composite construction reduces weight by over 400g without compromising durability.
Triple cold-forged aluminum buckle system with self-aligning closure and quick-release operation.
Streamlined profile enhances bike contact and foot-peg grip for superior control.
Advanced microfiber and TPU shell delivers optimal flexibility and impact resistance.
Frontal Flex Frame system controls flexion from foot shell to shin plate, preventing over-compression.
Asymmetrical dual pivot system enables independent ankle movement with reduced bike contact abrasion.
Dual-density TPU connector distributes impact energy while controlling forward and rearward flex.
TPU protection panels with shock-absorbing padding deliver superior impact resistance on heel and ankles.
Frontal Flex Frame prevents hyperextension while controlling flex movement.
Bio-mechanical inner ankle brace with torsion arms protects against rotational injuries.
Microfiber gaiter seals out water and dirt for reliable protection.
Anti-slip suede heel and anatomic footbed secure foot positioning during aggressive riding.
CE certified to EN 13634:2017 standard.
Single-piece co-injected foot chassis delivers superior durability while reducing weight by over 400g.
Advanced lightweight composite materials engineered for optimal strength-to-weight ratio.
Dual density TPU rear blade system provides controlled flex response and structural integrity.
Bio-mechanical inner ankle brace with redesigned medial and lateral torsion arms for precise movement control.
Double pivot system maintains boot performance during aggressive flexing while resisting rotational forces.