FLEECE FPE-UNV-INTAKE-SENS-5 MOLDED PLASTIC UNIVERSAL 5 INCH INTAKE MANIFOLD ELBOW WITH SENSOR MOUNTING PROVISIONS

Universal 5 inch molded plastic intake elbow for custom routings and installations. The elbow includes provisions for common MAF sensor mounting

The FLEECE FPE-UNV-INTAKE-SENS-5 Molded Plastic Universal 5-Inch Intake Manifold Elbow is engineered for versatility and performance, making it an essential component for custom engine setups. Designed to facilitate unique routing and installation configurations, this intake elbow is a perfect solution for automotive enthusiasts and professionals seeking optimal airflow and efficiency.

Crafted from high-quality molded plastic, this intake elbow is lightweight yet robust, ensuring durability even under demanding conditions. The 5-inch diameter provides ample airflow, which is critical for high-performance engine applications. With its smooth interior design, the elbow minimizes turbulence, promoting better air distribution to each cylinder for enhanced engine performance.

One of the standout features of the FLEECE intake elbow is the built-in provisions for mounting common MAF (Mass Airflow) sensors. This thoughtful design integration streamlines the installation process, allowing you to seamlessly connect your MAF sensor without the need for additional modifications or adapters. This ensures a precise reading of air intake, contributing to ideal fuel mixture and superior engine efficiency.

Whether you’re tackling a complex custom build or just looking to upgrade your intake system, the FLEECE universal intake elbow provides an excellent balance of functionality and reliability. Its adaptable design caters to a variety of setups, ensuring compatibility across diverse vehicle applications.

Elevate your engine performance and achieve your automotive goals with the FLEECE FPE-UNV-INTAKE-SENS-5 Molded Plastic Universal 5-Inch Intake Manifold Elbow. This essential component is not just an addition to your vehicle’s system; it’s a pivotal element for maximizing power, efficiency, and overall performance.