Gen-Z Junior Leather 1Pc Perf. Leather Suit

Gen-Z is the Dainese leather suit designed to provide the best protection for those who start racing professionally between 12 and 16 years of age.

Dainese brings the same technology seen on adult models to a suit designed around young riders. As on the suits of MotoGP™ riders, Gen-Z features the unmistakable metal plates on the shoulders, for maximum impact protection and response to any sliding on the asphalt. The metal shoulder plates – a Dainese hallmark and exclusive patent – allow the rider to slide in the event of a fall and reduce the risk of any dangerous rolling.

A crucial difference with respect to plastic materials, which wear out faster through abrasion as they have greater grip on the asphalt. Gen-Z stands out for its soft leather, developed specifically for this use and offering optimum comfort as well as excellent abrasion resistance properties. As with adult suits, bi-axial elastic on the back helps to better trace the body’s every movement while ensuring maximum riding freedom.

Certified protectors at the shoulders, elbows, knees and hips guarantee maximum safety in case of impact. Gen-Z brings all the technology, innovation and tradition of the Dainese suit to a high-tech garment that allows the new generation of riders to fully express themselves on track and develop in complete safety.

• CHARACTERISTICS
• 1 Zip calf construction
• Interchangeable knee sliders
• prEN 17092 certified motorbike protective professional Suit
• ERGONOMICS
• Aerodynamic spoiler
• Bi-axial elasticated inserts
• Elasticated inserts
• Enhanced VELCRO® surface on knee construction
• MAIN MATERIALS
• Aluminum
• S1 bielastic fabric
• Tutu cowhide leather
• PERFORMANCE SHOCK
• Composite protectors certified to EN 1621.1 Standard on elbows
• Composite protectors certified to EN 1621.1 Standard on knees
• Composite protectors certified to EN 1621.1 Standard on shoulders
• Pro-Shape: soft protectors certified to Standard EN 1621.1 on hips
• Three-tipped aluminum plates on shoulder
• TEMPERATURE
• Breathable mesh lining
• Localized perforation