Q1: What engines is the Intake Manifold Performer RPM Air Gap designed for?
A1: This intake manifold is specifically designed for the Ford 351C 2V engine and is compatible with any vehicle using 4V or 2V cast iron Cleveland heads. It is ideal for Ford 351C engines that require improved street or track performance, particularly for those seeking higher RPMs and enhanced power output.
Q2: What is the "Air Gap" design, and how does it enhance performance?
A2: The Air Gap design creates an air space between the intake manifold's base and the engine, allowing cooler air to enter the engine. This cooler, denser air improves the air-fuel mixture, leading to better combustion efficiency and more power, particularly in high RPM ranges (1500 to 6500 RPM). It helps keep intake temperatures lower, optimizing engine performance.
Q3: Is this intake manifold suitable for pollution-controlled vehicles?
A3: No, the Intake Manifold Performer RPM Air Gap is not intended for use on pollution-controlled vehicles. It is designed for performance enhancements and is not compliant with EPA emissions standards. This product is recommended for off-road or track use only.
Q4: What additional components or modifications are needed for installing this intake manifold?
A4: When installing this intake manifold, no special components are required beyond standard tools, but you may need to ensure compatibility with your vehicle's carburetor. It works with a 4-barrel square bore carburetor. You may also need to check the fitment of gaskets and ensure proper sealing. Additionally, if you are upgrading to higher-performance cylinder heads, SPELAB's new 351C Performance RPM Cylinder Heads are an excellent complement.
Q5: What RPM range is this intake manifold optimized for?
A5: The Intake Manifold Performer RPM Air Gap is optimized for an RPM range of 1500 to 6500 RPM. This makes it ideal for both street performance and track use, delivering maximum power and efficiency in high-performance applications. It's designed to provide excellent throttle response and power output within this RPM range.