STILO AA0800AF1X63 STILO ST6 GT Full Face Helmet 2X-Large Carbon Fiber SA2025 - Head and Neck Restraint Ready

The STILO ST6 GT helmet offers professional-grade protection designed for racing enthusiasts and professionals alike. Crafted from lightweight yet durable carbon fiber, this helmet ensures optimal strength-to-weight ratio, providing superior safety without sacrificing comfort. Its aerodynamic design reduces drag and enhances stability at high speeds, making it ideal for competitive racing environments. The helmet is Snell SA2025 approved, meeting rigorous safety standards for motorsport applications, and is ready for use with head and neck restraint systems for added safety during high-impact events. The 2X-Large size accommodates larger head sizes comfortably, ensuring a secure fit for extended wear and demanding conditions. The helmet's sleek black finish not only provides a stylish appearance but also offers resistance to scratches and environmental elements, maintaining its look over time. Features include a full face design for comprehensive facial protection, a snug fit to minimize movement during impact, and compatibility with various racing accessories. Designed with ease of use in mind, it features an adjustable interior padding and quick-release chin strap for quick and secure fastening. Whether for track days, racing events, or professional competitions, the STILO ST6 GT provides the safety, comfort, and reliability required by serious drivers.

Features:

• Material: Carbon fiber construction for lightweight durability

• Safety Standard: Snell SA2025 approved for high-level motorsport safety

• Design: Full face coverage for comprehensive facial protection

• Size: 2X-Large for larger head sizes with comfortable fit

• Compatibility: Head and neck restraint system ready for added safety

• Finish: Sleek black exterior resistant to scratches and environmental damage

• Comfort: Adjustable interior padding and quick-release chin strap for convenience

• Aerodynamics: Designed to reduce drag and improve stability at high speeds