Hot Sale Holley 300-715bk Lo-ram Intake Manifold For Gm Gen V Lt - Top-feed - Oe Direct Injection Only - Black Finish Pro Version [6rvEiypA]

Holley 300-715BK Lo-Ram Intake Manifold

Experience the excellence of performance with the Holley 300-715BK Lo-Ram Intake Manifold, designed specifically for GM Gen V LT engines. This top-tier manifold offers a 105 mm throttle body flange, ensuring optimal airflow and power delivery. Crafted for OE Direct Injection systems, it guarantees a seamless fit and efficient operation.

• Engineered for GM Gen V LT Engines – Tailored to fit seamlessly with your GM Gen V LT engine, providing enhanced performance and efficiency.
• Top-Feed Design – Features a top-feed design that improves airflow, resulting in increased horsepower and torque.

Product Specifications and Features

The Holley 300-715BK Lo-Ram Intake Manifold is built with precision and quality in mind. Its black finish not only adds a sleek aesthetic but also ensures durability. Key specifications include:

• Material – High-quality materials ensure long-lasting performance and resistance to heat and corrosion.
• 105 mm Throttle Body Flange – Allows for compatibility with various throttle bodies, offering flexibility and customization.

This manifold is designed for OE Direct Injection systems, providing a direct replacement that maintains factory-like performance and fuel efficiency.

Practical Uses and Benefits

Upgrade your GM Gen V LT vehicle with the Holley 300-715BK Lo-Ram Intake Manifold and experience a noticeable boost in power and efficiency. This manifold is ideal for:

• Performance Enthusiasts – Looking to enhance their vehicle's performance with a reliable and high-quality intake manifold.
• DIY Mechanics – Seeking a direct-fit replacement that's easy to install and maintain.

Invest in the Holley 300-715BK Lo-Ram Intake Manifold and unlock the full potential of your GM Gen V LT engine. Whether for daily driving or racing, this manifold is a must-have for any vehicle owner aiming to improve their car's overall performance.