Brian Crower Dual Spring & Retainer Kit for B18C/B16A/B17A

Brian Crower Dual Spring & Retainer Kit for B18C/B16A/B17A

The Brian Crower B18C/B16A/B17A Dual Spring and Steel Retainer Kit is essential for enthusiasts aiming to enhance the performance of their high-revving motors. Specifically tailored for Honda and Acura models, this kit ensures that your engine can handle high RPMs without compromising on stability or reliability. The BC valve springs, crafted by PAC Racing, utilize a super clean, chrome silicone alloy, ensuring they meet the rigorous demands of high-performance driving. With precision CNC machining, Brian Crower steel retainers add durability for long-term use, especially in high mileage applications.

Key Features

• High RPM Stability: Designed to manage high engine speeds, the dual spring system offers exceptional control, reducing the risk of valve float and enhancing overall engine performance.
• Material Excellence: The springs are produced from top-grade chrome silicone alloy, ensuring longevity and consistent performance.
• Precision Engineering: Steel retainers are CNC machined to fit perfectly, maintaining spring alignment and ensuring dependable operation.
• Versatile Fitment: Compatible with several models such as the 1992-2001 Acura Integra GS-R/Type R and the 1999-2000 Honda Civic Si, as well as the 1994-1997 Honda Civic del Sol VTEC.

Variant: Dual Spring and Titanium Retainer Kit

Take your engine's performance to another level with the titanium variant of this retention kit, ideal for demanding racing applications. This variant swaps steel retainers for CNC-machined titanium ones, shaving weight for faster RPM response while maintaining the same robust quality and precision.

Key Features

• Titanium Advantage: Lighter than steel, these titanium retainers contribute to quicker revving and more agile performance.
• Same High Standards: Maintains the dual spring’s capacity to withstand high RPMs with the same chrome silicone alloy.
• Achieve Peak Performance: Particularly suited for racing scenarios where every ounce counts, offering maximum efficiency without sacrificing durability.