Progressive Suspension Front Fork Springs 25/40 lb/in for Motorcycle - Part 11-1151

Upgrade your motorcycle's handling with the Progressive Suspension Front Fork Springs, part number 11-1151. Crafted from high-quality chrome silicon steel, these springs are precision-wound to ensure durability and reliability during demanding rides. Their progressive spring rate provides a smooth transition from soft to firm, offering a perfect balance of comfort and control. Ideal for riders seeking enhanced stability and plush ride quality on various terrains, these springs are designed to work seamlessly with standard 31 mm (1.22 inch) fork tubes and accommodate travel lengths of approximately 22.4 inches (572 mm).
Installing these springs can significantly improve your motorcycle's front-end performance, reducing bottoming out and enhancing steering responsiveness. The durable construction and precision engineering make them suitable for both daily commuting and long-distance touring, providing consistent performance over time. Whether you're replacing worn-out stock springs or upgrading for better ride quality, the Progressive Suspension 11-1151 springs are a reliable choice for motorcycle enthusiasts who demand excellence.
Designed with a focus on quality and performance, these springs are an essential upgrade for riders looking to optimize their suspension setup. Easy to install with compatible fork tubes, they are built to withstand the rigors of high-performance riding while maintaining a plush, controlled ride. Invest in the Progressive Suspension Front Fork Springs and experience a noticeable difference in your motorcycle's handling and comfort on every ride.

Features:

• High-quality chrome silicon steel construction for durability and longevity

• Progressive spring rate for a smooth transition from soft to firm ride

• Designed for 31 mm (1.22 inch) fork tubes with approximately 22.4 inches (572 mm) length

• Provides excellent bottoming out resistance while maintaining plush ride quality

• Ideal for enhancing front-end stability and steering responsiveness