The Alpinestars Hypertech v2 Auto Racing Suit is a super lightweight and breathable two-layer suit with an athletic fit, designed and developed for drivers looking for professional levels of racing performance. The Alpinestars Hypertech v2 Race Suit also meets the much stricter requirements of the new FIA Standard 8856-2018 Homologation while still managing to maintain its incredible lightweight feel; weighing in at an impressive 265g/sqm. The outer shell is constructed from an aramidic Nomex anti-static outershell that provides optimal heat and flame resistance, while maintaining the lightest possible weight, while the new internal lining is an innovative aramidic knit, that again meets the new FIA standard. The suit also incorporates thin, stretchable, superlight panels developed exclusively for Alpinestars which maximize the comfort levels on offer and also allows the suit to regulate the body temperature to optimum levels. These F1 derived stretch panels are strategically placed at the elbow area, lower back and sides, crotch and knee zones and provide excellent levels of flexibility and freedom of movement in all the key mobility areas.
Construction
Super-lightweight and breathable two-layer suit incorporating thin stretchable panels for maximum comfort and effective regulation of body temperature.
Innovative soft lining material technology ensures breathability and comfort.
Strategically positioned Formula 1-derived stretch panels at lower back and sides, elbow, crotch and knee zones for enhanced flexibility, both in and out the car.
Alpinestars fully floating arm construction with stretchable knit fabric ensures minimal material resistance while driving.
Soft and thin wrist and ankle cuffs for maximum comfort and reduced weight.
Flat seam construction for reduced pressure points and improve strength.
Specially-designed soft collar incorporates leather details, knit fabric and secure hook and loop closure.
Protection
Certified to the new FIA 8856-2018 homologation standard.
Sold with laundry bag for convenience and to protect material fibers.
