Bell Air Intake Low Profile Kit

The Bell Air Intake Low Profile Kit is a genuine factory-spec aerodynamic ventilation upgrade designed to aggressively increase cooling efficiency inside your racing helmet. In closed-cockpit GT racing, stage rallying, or high-intensity karting, managing internal cabin heat is essential to maintaining driver focus and preventing fatigue. These low-profile side intakes are engineered to capture high-velocity oncoming air and channel it directly into the helmet's internal ventilation network, significantly accelerating fresh air exchange.

Streamlined, Low-Drag Cooling

Unlike larger, traditional top scoops, the low-profile side architecture is sculpted to optimise airflow where clearance or aerodynamics are a primary concern. By mounting flush to the side ventilation ports, these intakes force structural cooling into the shell without introducing disruptive aerodynamic drag or high-speed wind buffeting, making them an excellent choice for open-wheel, formula, and open-cockpit racers alike.

Key Performance Features

• Genuine Bell Aero Component: An authentic factory accessory precision-engineered to meet Bell's strict aerodynamic performance and safety standards.
• Extensive Model Compatibility: Universally designed to deliver a flush, contoured fit on Bell's premier shell families, including the HP7, HP77, RS7, HP5, GT5 Touring, GT5 Sport, and KC7 series.
• Dual-Purpose Utility: Functions perfectly as an upgraded retro-fit cooling solution for standard shells, or as a direct factory replacement for damaged or missing side intake hardware.
• Heavy-Duty Adhesive Mounting: Supplied with an ultra-strong, pre-cut automotive-grade adhesive backing designed to withstand extreme wind shear, high track velocities, and routine paddock maintenance.

Please Note: This kit is designed for surface-mount application over existing shell ports. For a permanent, track-safe bond, ensure the helmet's application surface is thoroughly cleaned, degreased, and entirely free of any polish or wax residue prior to installation.