Radium Engineering Catch Can Kit CCV for 2011-2014 Ford Mustang GT with Fluid Lock

Upgrade your 2011-2014 Ford Mustang GT with the Radium Engineering Catch Can Kit CCV, designed specifically for optimal engine performance and cleanliness. This kit mounts securely to the engine and interfaces seamlessly with the crankcase vent line, providing a reliable solution to capture oil vapors and contaminants. The kit includes Radium's patented Fluid Lock catch can, which ensures efficient separation of oil and air, reducing carbon buildup and maintaining engine health. Installation instructions are available at www.radiumauto.com, making it straightforward for enthusiasts and professionals alike to install this high-quality component.
Constructed with durable materials, this catch can kit is engineered to withstand the rigors of daily driving and spirited performance. Its compact design allows for easy integration without compromising engine bay space. The kit is an excellent upgrade for those seeking to enhance their vehicle's longevity and maintain optimal performance under demanding conditions. Whether you're a casual driver or a track enthusiast, this catch can kit helps keep your engine clean and running smoothly.
Designed by Radium Engineering, a trusted name in automotive performance parts, this kit is compliant with relevant standards and comes with comprehensive installation support. It is not CARB approved but offers a robust solution for non-emissions-critical applications. Proper installation will ensure your Mustang benefits from reduced oil vapor contamination, leading to cleaner intake systems and improved engine efficiency.

Features:

• Mounts to engine and interfaces with crankcase vent line for efficient oil vapor management

• Includes Radium's patented Fluid Lock catch can to prevent oil contamination

• Designed specifically for 2011-2014 Ford Mustang GT models

• Durable construction suitable for daily driving and performance use

• Compact design facilitates easy installation without engine bay interference