Schuberth Forced Air Scoop

Premium Schuberth Quality & Performance

Combat heat fatigue and maintain razor-sharp focus in closed-cockpit environments with the Schuberth Forced Air Scoop. Engineered to integrate seamlessly with your car’s onboard cooling system, this ducted intake channels a continuous, direct stream of chilled air right into your helmet's interior.

To accommodate varying cockpit roof clearances and specific cooling requirements, this system is available in three distinct aerodynamic profiles: Standard, Flat, and Top & Side (which aggressively routes air to both the crown and chin areas). Each profile can be specified with either a Small (23mm) or Large (31mm) rear hose connector, ensuring a perfect, leak-free seal with your existing ducting.

Manufactured from impact-resistant, lightweight clear polycarbonate, the scoop is designed to blend in with your current helmet finish straight out of the box. If you run a custom livery, the transparent surface is fully paintable for a flawless aesthetic match. Installation is incredibly straightforward and completely non-destructive - utilising pre-applied, high-strength double-sided adhesive to secure the scoop to the shell without any drilling or structural modifications.

Key Features:

• Closed-Cockpit Cooling: Connects directly to onboard forced air systems to regulate internal head temperatures.
• Three Aerodynamic Profiles: Choose from Standard, Flat, or the dual-routing Top & Side design.
• Hose Compatibility: Available with Small (23mm) or Large (31mm) rear connectors to suit your specific ducting.
• Clear Polycarbonate Construction: Lightweight, transparent, and fully paintable to match your custom helmet design.
• Drill-Free Fitment: Supplied pre-prepared with heavy-duty adhesive tape for a secure, track-tested installation.

Helmet Compatibility:

Precision-moulded to ensure a perfect seal on the following Schuberth motorsport helmets:

• Schuberth SF3 ABP
• Schuberth SF4 ABP
• Schuberth SF4
• Schuberth SP1
• Schuberth SP1 Evo
• Schuberth SP1 Hybrid