Engineered for off‑road riders, the Tech 10 Boots deliver Alpinestars MX performance and control; introduced in 2020, they set the benchmark for protection. CE certified to EN 13634:2017, they combine the Frontal Flex Frame, inner ankle brace, and Dynamic Heel Compression Protector to control flex and absorb impact. Over 400 g lighter, with self‑aligning cold‑forged buckles and a grip‑sculptured sole with replaceable insert, they boost bike feel, stability, and comfort.
Rear blade system & Dynamic Heel Compression Protector (DHCP): dual-density TPU controls flex to help prevent hyperextension, while the collapsible, poly-foam heel absorbs high-impact energy to reduce ankle and lower-leg injury risk.
Biomechanical inner ankle brace: lighter, compact medial and lateral torsion arms increase range of motion and control while providing vertical, lateral, and torsional protection with progressive damping.
Double pivot system: maintains boot integrity while flexing and delivers progressive resistance to rotational and vertical forces for controlled movement and reduced stress on ankles, knees, and legs.
CE certification: CE certified to EN 13634:2017 for verified protection performance.
Aluminum, self-aligning buckle closure delivers a positive, secure hold across the upper boot to keep protective structures correctly positioned under load.
Streamlined, integrated chassis architecture enhances the cohesion and stability of protective components throughout the boot.
Impact- and abrasion-resistant TPU shell provides external defense over the chassis.
Frontal Flex Frame with dual front and rear blade connectors delivers controlled flex from foot shell to shin plate, helping prevent over-compression and hyper-extension.
Dual-density TPU connector linking the lower buckle plate, upper blade connector, buckle, and shin protector “floats” to act as a shock absorber, distributing impact energy and controlling forward and rearward flex for progressive impact attenuation.
Asymmetrical dual-pivot arms on the frame provide controlled ankle articulation within the protective structure.
Outer-shell ankle control system manages vertical compression and enhances impact protection while maintaining a controlled range of motion.
Asymmetrical medial and lateral double-pivot system accommodates inner ankle brace movement for consistent protective function; higher medial pivot placement reduces inner-side volume to minimize abrasion at the bike contact zone.
Lightweight composite materials specified throughout the shell; cold‑forged aluminum buckle hardware with self‑aligning closure geometry.
Streamlined, low‑profile external architecture with integrated component construction; chassis assembled using advanced bonding processes.
Main chassis built from lightweight microfiber combined with an impact‑ and abrasion‑resistant Thermoplastic Polyurethane (TPU) shell.
Frontal Flex Frame with dual front and rear blade connectors forming a continuous flexion‑control structure from the foot shell to the shin plate.
Dual‑density TPU connector linking the lower buckle plate to the upper blade connector, buckle, and shin protector; designed to float between lower and upper boot constructions.
Asymmetrical dual‑pivot arms integrated into the boot frame.
Integrated ankle control structure within the outer shell construction.
Asymmetrical medial and lateral double‑pivot layout with the medial pivot positioned higher to reduce inner‑side material volume and accommodate the inner ankle brace assembly.