The TECH-1 KX V3 Shoe has an advanced, seamless thermo-welded construction consisting of ultra-thin PU film and textile to provide supremely lightweight performance and excellent comfort and fit. Laser cut air-intakes and perforations on toe and both sides for added breathability. First shoes homologated to new FIA karting standard. Bringing Formula 1-derived features, along with specific innovations for the kart track, the new Tech-1 KX V3 Shoe is now lighter and more breathable with a revised asymmetric lacing system to conform more closely to the foot. The use of thin PU film adds durability whilst reducing seam construction and pressure points. Laser cut-outs and perforations in the film, combined with 3D mesh, offer maximum breathability.
Sleek shoe profile conforms to the anatomy of the foot and ensures great fit and performance.
Laser-cut air-intakes and perforations on upper, with 3D mesh on tongue provide excellent breathability and comfort.
Soft microfiber collar is cut lower at the rear to give greater Achilles’ heel comfort and improved range of movement.
Formula 1-derived thin rubber outer sole designed to deliver unsurpassed levels of feel and sensitivity with the pedals, while the textured pattern ensures optimum levels of grip.
Advanced seamless thermo-welded construction consists of ultra-thin PU film and 3D mesh to provide supremely lightweight performance and excellent comfort and fit.
Dual, asymmetric closure system incorporates adjustable strap, and an aramidic, speed lacing system in the instep with Alpinestars’ exclusive wire closure system that offers optimal support, precise fit, and a secure closure.
New super-light tongue construction combining micro suede and 3D mesh, provides excellent breathability and superior comfort.
Collar padding constructed from PU foam for comfort and weight savings
Lightweight, one-piece heel and insole construction for enhanced heel lockdown and comfort while driving.
Certified to NEW FIA 8877-2022 homologation standard.
External heel, ankle and internal toe reinforcements for abrasion resistance and protection.