Believe It Holley Ls Efi Manifold - 2x4 Dual Plane Ls3/l92 300-134 Series [SCks0l85]

Believe It Holley Ls Efi Manifold - 2x4 Dual Plane Ls3/l92 300-134 Series [SCks0l85]

Experience the power and efficiency of the Holley LS EFI Manifold, designed specifically for your GM LS Gen III or Gen IV engine equipped with LS3/L92 style rectangular port cylinder heads. This top-of-the-line intake manifold is crafted with precision and is guaranteed to enhance your vehicle's performance. Its 2x4 Dual Plane design ensures an equal distribution of air and fuel, delivering excellent mid-range torque without compromising top-end power. With a power band from 1500-7000 rpm, this manifold is perfect for any street/performance, muscle car, or street rod enthusiast.

Features and Specifications

The Holley LS EFI Manifold is built with cast aluminum construction, providing durability and a lightweight design. This intake manifold features a square/4150 carburetor flange and is finished in a sleek silver color. The dual plane design is optimized for performance, offering a balance between power and efficiency. Key features include a power band from 1500-7000 rpm, cast aluminum construction, and a perfect fit for all GM LS Gen III or Gen IV engines with LS3/L92 style rectangular port cylinder heads. Additionally, this manifold comes with a limited 90-day warranty, ensuring peace of mind for your investment.

Practical Uses and Target Audience

Whether you're a car enthusiast looking to boost your vehicle's performance or a professional mechanic in need of a reliable intake manifold, the Holley LS EFI Manifold is the ideal choice. This manifold is designed for daily drivers, track enthusiasts, and anyone seeking a performance upgrade for their GM LS engine. Its dual plane design and high-flow capabilities make it an excellent choice for those looking to improve their engine's power and efficiency. With a focus on performance and quality, the Holley LS EFI Manifold is a must-have for any street/performance, muscle car, or street rod enthusiast.