Alpinestars T Sp X Superair Jacket Tar Grey Black Yell Fluo 33020229151

With unsurpassed levels of internal climate control thanks to the extensive mesh paneling on the torso, arms and upper chest, the lightweight T-SP X Superair Jacket is also protective, and delivers optimum abrasion resistance thanks to its 600D poly-fabric construction. This jacket has a tailored sport fit and is Tech-Air® ready; it has been engineered to accommodate the Tech-Air® 5 Airbag System.
Key Features

• Featuring an engineered fit designed to deliver the highest level of active race protection, this jacket is Tech-Air® ready and can accommodate the Tech-Air® 5 Airbag System, complete with new race algorithm which is available as a download.
• Technical mesh panels for optimized ventilation and maximum airflow.
• Protective and comfortable Nucleon Flex Plus armour is highly flexible and breathable, and has a thin profile for optimum rider comfort.
• Sport fit – highly pre-curved body and arms for enhanced performance.
• Multi-fabric shell construction with mesh panels on chest and sleeves for improved cooling performance.
• Waist adjustment for an improved riding fit.
• Volume adjusters on sleeve to reduce material bunching.
• Two zippered hand pockets, two inner pockets and a waterproof chest for real-world practicality.
• Connection loops allow attachment to any pant with a waist belt.
• Low profile collar construction with microfiber edging plus 3D textured fabric on the inner collar lining for high levels of rider comfort.
• Reflective details.
• According to European statutory law the CE mark is a conformity requirement for the marketing of this product. The following standards apply: Fully CE-certified riding garment to CE – Category II EN17092 standards – A class. Chest pad and back compartments are designed to accommodate the Alpinestars Level 1 CE-certified Nucleon chest and Level 2 CE-certified Nucleon back inserts, available as an accessory upgrade. Level 1 CE-certified Nucleon Flex Plus shoulder and elbow protectors for optimal levels of protection against impacts.