Afe Power 03-07 Dodge 5.9L Diesel Bladerunner Intake Manifold

The BladeRunner intake manifold ushers in a new era of intake manifold engineering. Employing cutting-edge MDV (Multiple Directional Vane) technology, it expertly guides air through the manifold to maximize airflow, setting new standards in performance.

Constructed from robust cast A356-T6 aluminum, this masterpiece features a proprietary internal bolt design, ensuring increased airflow while maintaining a steadfast, leak-free seal, free from deformities. With up to five ports for nitrous injections, gauges, and other enthusiast accessories, the BladeRunner is the ultimate choice for dedicated gearheads.

In recent tests, the BladeRunner intake manifold outperformed the factory intake by an impressive 32.9%, delivering an extra 17 horsepower and 50 pounds-feet of torque at 1975rpm. Its precise design is tailored to provide heightened intake volume and velocity.

Key Features:

1. Patented MDV (Multiple Directional Vane) Technology: Enhancing air velocity, this manifold leverages aFe Power's patented MDV technology. By dividing the air into multiple streams, it accelerates airflow, amplifying performance and refining throttle response.

2. A356-T6 Aluminum Construction: Crafted from lightweight yet sturdy A356-T6 aluminum, the BladeRunner offers a perfect balance of strength and weight savings.

3. Five Auxiliary Ports: Equipped with five auxiliary port pads (including two tapped at 1/8" NPT), you can easily integrate gauges, temperature sensors, or nitrous oxide systems.

4. Pass Through Installation Bolt Design: Unlike factory intakes, where mounting bolts contribute to backpressure, the BladeRunner intake employs allen head bolts that pass through the manifold, maximizing airflow.

5. Hassle-Free Installation: The package includes all necessary hardware and bolts for a straightforward installation, using the factory dipstick location.

Emissions Disclaimer: Please note that some or all of the applications listed are 50-state exempt. Refer to CARB EO# D-550-10 for detailed information.