Öhlins TTX GP Shock - 324mm - Gold - HO 261

Upgrade your motorcycle's suspension with the Ohlins STX46 shock, designed for superior comfort, rideability, and performance. This high-quality shock absorber delivers exceptional handling and control, allowing you to confidently tackle any road or track condition.

Description

The Ohlins STX46 shock features a sophisticated STX single tube design with a 46mm piston diameter, ensuring optimal damping performance. Its monotube construction incorporates an internal reservoir and is charged with high-pressure nitrogen gas, providing consistent and fade-free operation. The shock includes adjustable rebound damping, allowing you to fine-tune the suspension to your specific riding style and preferences. The hose-mounted hydraulic preload adjustment makes it easy to adjust the spring preload for varying loads or riding conditions. Crafted with precision CNC-machined components and a low-friction shaft/seal head design, this shock guarantees durability and long-lasting performance. Furthermore, the shock is fully serviceable and repairable, ensuring a lifetime of top-level performance.

Features & highlights

• Experience superior handling and control with the STX single tube design.
• Fine-tune your ride with adjustable rebound damping.
• Easily adjust preload with the hose-mounted hydraulic preload adjuster.
• Enjoy consistent performance thanks to the high-pressure nitrogen gas charge.
• Benefit from long-lasting durability with hard anodized, CNC-machined components.
• Customize your setup with multiple spring rates available.
• Maintain peak performance with a fully serviceable and repairable design.

Technical specifications

• Brand: Ohlins
• Model: STX46
• Piston Diameter: 46mm
• Type: Monotube Shock with Internal Reservoir
• Gas Charged: High Pressure Nitrogen
• Rebound Damping: Adjustable
• Preload Adjustment: Hose Mounted Hydraulic
• Mounting Position: Rear

Important to know

Multiple spring rates are available to accommodate a wide range of riders. Ensure proper spring rate selection for optimal performance.