Game Changer Chevy Big Block Carbureted Dual Plane Aluminum Intake Manifold - Polished Shop The Look [kLUYXmQf]

Chevy Big Block Aluminum Intake Manifold

The Chevy Big Block Aluminum Intake Manifold is a high-performance upgrade designed for street performance applications. Crafted from lightweight aluminum, this manifold boasts a low profile, ensuring optimal hood clearance without compromising on performance. Its dual-plane design significantly enhances throttle response, power, and torque across a wide rpm range, from idle to 6,000 RPM. This manifold is the perfect choice for those seeking to maximize the potential of their big block Chevy engine.

Key Features and Specifications

This manifold is specifically designed for Chevrolet Big Block V8 engines, including Gen. II, Gen. V, and Gen. VI models. It is compatible with engines ranging from 6.5 L to 7.4 L in displacement. Key features include dual distributor hold-downs, 4 corner water ports, and a choke block-off kit, ensuring a seamless and efficient setup. The manifold is set up for spread bore carbs and comes with an adapter plate and gasket for use with square bore types. Its stock replacement design is street legal and compatible with non-EGR 396, 402, 427, and 454 engines, making it a versatile choice for various applications.

Benefits and Applications

The Chevy Big Block Aluminum Intake Manifold offers numerous benefits for both performance enthusiasts and everyday drivers. Its lightweight construction not only improves engine efficiency but also reduces overall weight, enhancing acceleration and fuel economy. The manifold's low profile design is not only visually appealing but also practical, allowing for easy installation and maintenance. With its wide operating range and compatibility with a variety of engines, this manifold is an ideal choice for street performance applications, ensuring that your big block Chevy engine performs at its best. Upgrade your engine with the Chevy Big Block Aluminum Intake Manifold and experience the difference in performance and efficiency.