Bell Visor Pivot Kit (10 Series)

The Bell Visor Pivot Kit (10 Series) is a genuine factory replacement hardware pack engineered specifically for Bell's elite generation of open-face motorsport helmets. Whether you are replacing worn components, recovering from a lost paddock screw, or swapping out your visor mechanism for a fresh aesthetic, this precision-machined kit provides a rock-solid, secure attachment. It is an essential service item to keep in your gear bag or team tool chest to avoid missing track time due to hardware failure.

Selectable Anodised Colour Options

Tailored to match your custom helmet paintwork, team sponsor livery, or personal paddock style, this kit is available in four premium anodised finishes:

• Aggressive Red: A bold, high-contrast accent to make your helmet geometry pop.
• Deep Blue: A sleek, vibrant tone perfect for coordinating with metallic or cool-shaded liveries.
• Classic Silver: The universal, clean factory look that mirrors original equipment styling.
• Stealth Black: A subtle, low-profile finish that blends seamlessly into dark shells or raw carbon weaves.

Key Performance Features

• Tailored 10-Series Architecture: Engineered to deliver an exact, flush mechanical fit exclusively for the premium Bell HP10 and MAG10 open-face helmet platforms.
• Comprehensive Hardware Overhaul: Includes all the critical backing plates, precision pivots, and high-tensile screws required to securely fasten and tune your visor or peak assembly.
• Uncompromising Trackside Safety: Manufactured from premium, high-grade lightweight materials designed to withstand severe cockpit vibrations, aerodynamic buffeting, and repeated adjustments.
• Tool-Box Essential Backup: The definitive paddock insurance policy against lost components, allowing for rapid, stress-free visor maintenance between racing stints or stage transits.

Please Note: This hardware kit is explicitly designed for the 10-Series shell architecture (HP10/MAG10) and is not compatible with older 3-Series, 5-Series, or 7-Series Bell helmet models.