YSS High Performance Series Shock - 340mm - Black - OD220-340P-01-88

Upgrade your scooter's suspension with the YSS High Performance Series Shock Absorber. Designed for superior handling and comfort, this shock absorber enhances your riding experience with advanced technology and quality construction.

Description

The YSS High Performance Series scooter shock absorber provides a significant upgrade over stock suspension. Built with advanced technology and equipment throughout the production process, this coilover twin-tube shock delivers improved damping and stability. The adjustable preload allows you to fine-tune the suspension to your specific needs and riding style, ensuring optimal performance whether you're commuting or enjoying a weekend ride. The hydraulic damping method ensures a smooth and controlled ride, absorbing bumps and vibrations effectively. This shock absorber is designed for rear mounting and features a durable steel construction, finished in black for a sleek look. With an extended length of 340.00 mm (13.40"), it's engineered for a precise fit and enhanced performance.

Features & highlights

• Experience enhanced handling and stability with advanced hydraulic damping.
• Easily adjust the preload to customize your ride for optimal comfort and performance.
• Enjoy a smoother and more controlled ride, even on rough road surfaces.
• Benefit from the durable steel construction designed for long-lasting performance.
• Upgrade your scooter's appearance with the sleek black finish.

Technical specifications

• Brand: YSS
• Product Name: Shock Absorber
• Type: Coilover Twin-Tube
• Mounting Position: Rear
• Damping Method: Hydraulic
• Adjustment Type: Adjustable Preload
• Adjustment Style: Manual
• Extended Length: 340.00 mm (13.40")
• Bore Size: 22.00 mm (0.87")
• Spring Type: Single Linear Rate
• Reservoir Location: Internal
• Material: Steel
• Color/Finish: Black
• Height Adjustment: Standard

Important to know

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