CeramicSpeed OHD Headset Bearing Kit - Scott Foil RC/Addict 2025/Addict RC 2025

The CeramicSpeed OHD Headset Bearing Kit – Scott Foil RC / Addict 2025 / Addict RC 2025 is engineered to elevate steering precision and long-term durability in Scott’s latest integrated front-end systems. Designed specifically for these frames, the kit provides an exact fit and delivers the low-friction performance CeramicSpeed bearings are known for.

Using OHD (Optimized Headset Design) technology, each bearing features high-quality ceramic balls paired with hardened steel races to reduce friction while maintaining exceptional stability under load. This ensures smooth, predictable steering feedback whether you are cornering at high speed, sprinting out of the saddle or navigating rougher road surfaces.

Enhanced sealing protects the bearings from water, dust and contamination, extending service intervals and supporting consistent performance through all seasons. Built to match the precise dimensions of Scott’s Foil RC and Addict 2025 platforms, the kit restores or upgrades the front-end feel of these advanced road frames.

CeramicSpeed OHD Bearing Kit Highlights

• Scott-specific fit: Designed for Foil RC, Addict 2025 and Addict RC 2025 integrated headsets.
• Premium ceramic bearings: Low-friction design improves steering smoothness and responsiveness.
• Advanced sealing: Protects against contaminants for improved longevity.
• Durable construction: Hardened races ensure strength and stability under high loads.

Design Benefits

1. Smoother handling: Reduced friction provides precise steering feel in dynamic road conditions.
2. Extended service life: Sealed system resists wear and reduces maintenance needs.
3. Consistent front-end control: Stable bearing performance supports confident cornering and sprinting.

Final Take

This CeramicSpeed OHD bearing kit is an ideal upgrade for Scott riders seeking superior steering performance and long-term durability. With model-specific fitment and premium ceramic engineering, it brings enhanced control and efficiency to high-end integrated cockpit systems.