Warehouse Clearance 8.2" Sbf Ford Hi-ram Efi Manifold With Side Mount Top 300-306 Get 50% Off Today [8405YPEr]

8.2" SBF Ford Hi-Ram EFI Manifold: High-Performance Intake Solution

Introducing the 8.2" SBF Ford Hi-Ram EFI Manifold, a top-tier intake manifold designed for the discerning enthusiast seeking maximum performance and efficiency. This manifold is crafted with precision to enhance the airflow and fuel delivery of your Ford Small Block engine, providing a robust foundation for high-performance applications. With its side mount top design and compatibility with 95mm throttle bodies, this manifold is the perfect choice for your 1986-95 Ford 5.0 engine.

Key Features and Specifications

The 8.2" SBF Ford Hi-Ram EFI Manifold boasts a range of impressive features that set it apart from the competition. Its EFI fuel rails are machined for -8AN o-ring fittings, ensuring a secure and leak-free connection. The passages are designed to accommodate high fuel flows and dampen pressure pulsations, contributing to a smoother and more efficient fuel system. Additionally, the manifold is compatible with 95mm throttle bodies and features a single plane design, making it ideal for a variety of boosted applications. The natural satin finish not only enhances the aesthetics but also ensures durability and long-lasting performance.

Practical Applications and Benefits

This 8.2" SBF Ford Hi-Ram EFI Manifold is a versatile component that can be used in a variety of scenarios. Whether you're looking to improve the performance of your daily driver or prepare your vehicle for competitive racing, this manifold is up to the task. Its design allows for easy installation and is compatible with a wide range of Ford 5.0 engines. The manifold also fits under Cervinis 2.5" cowl hood on 1979-1993 Mustangs with 351W & 302W Hi-Ram bases, making it a convenient upgrade for many classic Mustang owners. With its high-quality construction and robust performance, this manifold is a must-have for any Ford enthusiast seeking to maximize their engine's potential.