Designed to deliver precise damping control, this twin-tube hydraulic shock absorber provides enhanced handling and ride quality for the specified Honda models. Featuring an externally adjustable design, it allows for fine-tuning of the compression and rebound characteristics to meet varying driving conditions and preferences. The low pressure gas technology integrated into the shock absorber reduces cavitation and ensures consistent performance across a wide temperature range.
Manufactured by KONI, a leading name in suspension technology, this rear shock absorber offers durability and reliability synonymous with professional motorsports standards. The twin-tube construction balances comfort and control, providing improved road feedback without compromising on ride smoothness. The externally adjustable feature grants the ability to optimize chassis dynamics, enhancing traction and stability during aggressive cornering or spirited driving.
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Twin-tube hydraulic design: Ensures a stable and consistent damping force for better traction and handling.
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Externally adjustable: Allows precise tuning of rebound and compression rates to suit various driving scenarios.
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Low pressure gas technology: Minimizes foaming and maintains damping efficiency for extended component life.
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Application-specific engineering: Tailored fit for 2000-2009 Honda S2000 Base and 2008-2009 Honda S2000 CR models, ensuring optimal integration with factory suspension geometry.
The component's robust build quality supports sustained performance under demanding conditions, making it suitable for both street and occasional track use. Its adjustable nature provides the flexibility required by drivers seeking to balance comfort with dynamic vehicle response. Installation maintains factory mounting points, facilitating straightforward replacement and ensuring compatibility with existing suspension setups.
Precision engineering combined with KONI's expertise in shock absorber development results in a product that enhances the vehicle's overall handling characteristics while maintaining ride compliance. This solution is ideal for enthusiasts and professionals who demand a technically advanced suspension component that performs reliably over time.