Revolutionary Fork Springs - 1.00 Kg/mm 49mm Forks Price Crushed By 85% [EsKkjiLu]

Revolutionary Fork Springs - 1.00 Kg/mm 49mm Forks Price Crushed By 85% [EsKkjiLu]: Precision for Performance

At the heart of superior bike performance lie the Revolutionary Fork Springs - 1.00 Kg/mm 49mm Forks Price Crushed By 85% [EsKkjiLu]. Engineered for accuracy and performance, these springs are designed to provide you with the best riding experience. Crafted with a high stiffness-to-mass ratio, these fork springs are shot-peened, heat-treated, and preset for optimal performance. The attention to detail is evident in the accurate rates, which are precise to within 2%, ensuring that every ride is smooth and stable.

Specifications and Technical Details

The Revolutionary Fork Springs - 1.00 Kg/mm 49mm Forks Price Crushed By 85% [EsKkjiLu] are tailored for street riding, offering a spring rate of 56.00 lb/in. Each pair is meticulously crafted to ensure a perfect fit and function. Key specifications include an outside diameter of 43.50 mm and a length of 11.81". The package weighs 3.1 lbs, measuring 2.13 inches in height, 23.75 inches in length, and 5.12 inches in width. The high-quality chrome silicon material ensures durability and reliability, making these fork springs a top choice for cyclists who demand the best.

Optimal Performance for Daily Rides

Experience the difference that the Revolutionary Fork Springs - 1.00 Kg/mm 49mm Forks Price Crushed By 85% [EsKkjiLu] can make in your daily rides. Whether you're navigating city streets or hitting the trails, these springs provide the necessary support and stability. The precise and accurate rates ensure a smooth and comfortable ride, reducing fatigue and enhancing your overall cycling experience. Ideal for both casual riders and serious cyclists, these fork springs are a valuable investment for anyone looking to take their riding to the next level. Don't settle for average – choose the Revolutionary Fork Springs - 1.00 Kg/mm 49mm Forks Price Crushed By 85% [EsKkjiLu] for true performance and reliability.