Helmet Skirt Removable SFI5 CabonX

The Helmet Skirt Removable SFI5 CabonX by Simpson Safety is a purpose-engineered fire-resistant collar system designed for high-performance racing and automotive competition environments. Built for drivers who take safety seriously, this removable helmet skirt addresses a critical vulnerability in racing helmets: the neck and shoulder transition where the helmet meets the suit. When fire protection matters and regulations demand SFI certification, this component bridges the thermal gap that standard helmets alone cannot cover.

Manufactured from advanced CabonX material, the skirt provides exceptional heat resistance while remaining lightweight at just 0.36 lbs—critical for drivers who endure extended racing sessions where neck fatigue compounds injury risk. The removable design allows quick attachment and detachment from compatible Simpson Safety helmets, making it practical for drivers who run multiple vehicles or need to transition between helmet models without permanent modification. SFI5 certification ensures compliance with professional racing sanctioning bodies and validates the skirt's thermal protection performance under real-world racing conditions. The compact dimensions (8.85 x 1.2 x 14.45 inches) ensure it doesn't interfere with harness systems, HANS devices, or cockpit ergonomics.

This accessory is essential for drivers competing in sanctioned drag racing, road course, oval track, and closed-course motorsports where SFI gear requirements are non-negotiable. It pairs seamlessly with Simpson Safety helmets that feature the compatible attachment system, making it an ideal retrofit for existing helmet owners seeking upgraded protection without purchasing a new helmet. Installation requires no tools or permanent modification—simply attach to the helmet base and adjust for proper neck coverage. Whether you're prepping for your first time trial or maintaining a competition rig, the Helmet Skirt Removable SFI5 CabonX delivers the thermal defense regulations demand and serious drivers expect.