Edelbrock EDE60065 Ford FE Performer RPM Cylinder Head - Assm.
Unlock the full potential of your Ford FE engine with the Edelbrock EDE60065 Ford FE Performer RPM Cylinder Head. This high-performance cylinder head is designed to deliver superior airflow and combustion efficiency, offering significant improvements in horsepower and torque. Crafted from durable aluminum, the EDE60065 is lightweight yet robust, ensuring long-lasting performance and reliability. Its precision engineering and meticulous attention to detail make it an ideal choice for both street and strip applications.
The Edelbrock EDE60065 features a high-quality, fully assembled design with stainless steel valves, valve springs, retainers, and locks. The intake and exhaust ports are meticulously designed to maximize airflow, while the combustion chambers are optimized for improved fuel mixture and ignition. This cylinder head is compatible with both unleaded and leaded fuels, making it versatile for various performance needs. With its bolt-on design, installation is straightforward, allowing you to upgrade your engine with minimal hassle.
Whether you're building a new engine or upgrading an existing one, the Edelbrock EDE60065 Ford FE Performer RPM Cylinder Head is engineered to deliver exceptional performance and reliability. Experience the difference in power and efficiency with this top-of-the-line cylinder head from Edelbrock, a trusted name in automotive performance parts.
Fitment Information
The Edelbrock EDE60065 Ford FE Performer RPM Cylinder Head is designed to fit the following applications:
Ford FE engines, including 332, 352, 360, 390, 406, 410, 427, and 428 cubic inch V8 engines.
Compatible with both hydraulic and solid flat tappet camshafts.
Designed for use with 10° valve angles and 76cc combustion chambers.
Direct bolt-on replacement for factory heads.
Compatible with standard intake and exhaust manifolds.
Ensure your vehicle's compatibility with the Edelbrock EDE60065 Ford FE Performer RPM Cylinder Head before purchase to guarantee optimal performance and fitment.
