YSS Front Shock - 210mm - Black - VD222-210T-01-88

Upgrade your scooter's ride quality with these high-quality YSS Front Scooter Shock Absorbers. Designed as direct replacements for your original equipment, these shocks offer improved handling and comfort. Built with advanced technology, they ensure consistent performance and durability.

Description

The YSS Front Scooter Shock Absorbers deliver superior damping and control, enhancing your overall riding experience. These coilover twin-tube shocks feature adjustable preload, allowing you to fine-tune the suspension to match your riding style and load. The hydraulic damping method provides a smooth and controlled ride, absorbing bumps and vibrations effectively. With a bore size of 22.00 mm (0.87") and an extended length of 210.00 mm (8.27"), these shocks are engineered for optimal performance and a precise fit. The robust steel construction and black finish ensure long-lasting durability and a sleek appearance.

Features & highlights

• Enhanced Ride Comfort: Experience a smoother ride with improved damping and vibration absorption.
• Adjustable Preload: Fine-tune your suspension for optimal performance based on your riding style and load.
• Durable Construction: Made from high-quality steel for long-lasting reliability and performance.
• Direct Replacement: Designed for easy installation as a direct replacement for your original shocks.
• Improved Handling: Gain better control and stability, enhancing your overall riding experience.

Technical specifications

• Brand: YSS
• Product Name: Shock Absorber
• Mounting Position: Front
• Type: Coilover Twin-Tube
• Damping Method: Hydraulic
• Adjustment Type: Adjustable Preload
• Adjustment Style: Manual
• Bore Size: 22.00 mm (0.87")
• Extended Length: 210.00 mm (8.27")
• Spring Type: Single Linear Rate
• Reservoir Location: Internal
• Material: Steel
• Color/Finish: Black
• Height Adjustment: Standard

Important to know

Ensure compatibility with your specific scooter model before purchasing. Professional installation is recommended for optimal performance and safety.