Engineered for OFF-ROAD riders, the Tech 10 Boots deliver benchmark control and protection as Alpinestars MX boots introduced in 2022. Featuring the Frontal Flex Frame with dual pivot arms, a biomechanical ankle brace, and the Dynamic Heel Compression Protector, they are CE certified to EN 13634:2017 and shed over 400 g with cold‑forged aluminum buckles. Expect precise bike feel, impact absorption, and secure, quick‑adjust closure for demanding terrain.
Dual-density TPU rear blade system with Dynamic Heel Compression Protector (DHCP): prevents hyperextension and manages impacts; the integrated collapsible heel with expanded poly-foam absorbs crash energy to reduce transfer to the ankle and lower leg.
Bio-mechanical inner ankle brace: lighter, anatomically redesigned medial and lateral torsion arms increase range of motion and control while providing vertical and lateral protection with progressive damping, preserving natural freedom of movement.
Double pivot system: maintains chassis integrity while flexing, eliminating the need for alternative torsion bars and delivering progressive resistance to rotational and vertical forces to help protect ankles, knees, and upper legs.
CE certified to EN 13634:2017: ensures recognized, independently tested protection for off-road riding.
Impact- and abrasion-resistant TPU shell integrated into the chassis for reinforced coverage across the foot and lower leg.
Frontal Flex Frame with dual front and rear blade connectors provides a complete flexion control system from the foot shell to the shin plate, helping prevent over-compression and hyper-extension.
Dual-density TPU connector system unites the lower buckle plate with the upper blade connector, buckle, and shin protector; engineered to float between the lower and upper boot to distribute energy, control forward and rearward flex, and dampen impact forces.
Asymmetrical dual pivot arms on the boot frame.
Outer-shell ankle control system delivers vertical compression control and improved impact protection.
Asymmetrical medial and lateral double pivot system with a higher medial pivot placement that creates space for the patented inner ankle brace system.
Advanced material composites prioritized for low weight and durability; cold‑forged aluminum buckle bridges and hardware contribute to an overall weight reduction of over 400 g.
Streamlined boot design reduces physical profile; integrated component construction and advanced bonding methods increase structural integrity while limiting bulk.
Chassis combines lightweight microfiber upper with extensive impact‑ and abrasion‑resistant TPU shelling in high‑wear zones.
Frontal Flex Frame, working with dual front and rear blade connectors, forms a continuous, integrated flexion‑control structure from the foot shell to the shin plate.
Dual‑density TPU connector links the lower buckle plate, upper blade connector, buckle, and shin protector in a floating interface between the lower and upper boot structures.
Asymmetrical, dual‑pivot arms built into the boot frame.
Outer‑shell ankle control system integrated within the boot’s external chassis as a dedicated structural module.
Asymmetrical medial and lateral double‑pivot layout with a higher‑mounted medial pivot arm to reduce material volume in the lower boot and provide clearance for the inner ankle brace, with reduced inner‑side surface exposure in bike‑contact zones to limit abrasion.