One-of-a-kind Icon 14in X 700lb Coil Spring For Icon 2.5" Coilovers [limited Qty] [xfFBIvh0]

One-of-a-kind Icon 14in X 700lb Coil Spring For Icon 2.5" Coilovers [limited Qty] [xfFBIvh0]

Discover the perfect solution for enhancing the performance of your ICON 2.5" Coilovers with our Icon 14in x 700LB Coil Spring. Designed to compensate for additional weight at the front end of your vehicle, this replacement coil spring is a game-changer for those seeking to elevate their ride's capabilities. Engineered with precision, these springs offer a higher spring rate, enabling you to achieve taller ride heights without exceeding ICON's maximum coil preload settings, thereby preventing coil bind. Embrace the power of customization with this versatile and reliable component.

Technical Specifications and Key Features

Our Icon 14in x 700LB Coil Spring boasts a free length of 14.00 inches, an inner diameter of 3.00 inches, and a robust 700 lbs/in spring rate. This combination of specifications makes it an excellent choice for supporting added front end weight over stock levels. The dual-stage powder coating not only enhances the appearance of your suspension but also provides superior corrosion resistance, ensuring long-lasting durability. Key features include:

• 14.00" free length for optimal ride height adjustment
• 700 lbs/in spring rate for enhanced support
• Dual stage powder coating for corrosion resistance and longevity

Practical Applications and Benefits

Whether you're driving a daily driver or a performance-oriented vehicle, our Icon 14in x 700LB Coil Spring is the perfect addition to your suspension setup. Ideal for applications where extra weight is added to the front end, this coil spring is your go-to solution for maintaining a stable and comfortable ride. By supporting the increased front end weight, these springs help maintain proper handling and steering responsiveness, making them a must-have for anyone looking to upgrade their ICON 2.5" Coilovers. Embrace the benefits of a superior suspension system that enhances both performance and safety.