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1994-1998 DODGE 5.9L CUMMINS 12V (EXCL. TRUCKS W/ HYDRO BRAKE BOOSTER) / AFE BLADERUNNER AIR INTAKE MANIFOLD 46-10051

1994-1998 DODGE 5.9L CUMMINS 12V (EXCL. TRUCKS W/ HYDRO BRAKE BOOSTER) / AFE BLADERUNNER AIR INTAKE MANIFOLD 46-10051

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SKU:
46-10051
Width:
13.00 (in)
Height:
13.00 (in)
Depth:
17.00 (in)
Now: $455.00
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1994-1998 DODGE 5.9L CUMMINS 12V (EXCL. TRUCKS W/ HYDRO BRAKE BOOSTER)

 

The Bladerunner intake manifold represents the next generation in intake manifold design.  The Bladerunner intake manifold uses a unique MDV (Multiple Directional Vane) technology to guide the air through the manifold maximizing air flow.   Constructed out of cast A356-T6 aluminum and uses a proprietary internal bolt design to help increase the flow and provide a solid seal void of leaks or deformaties. the Bladerunner comes with up to 5 ports for nitrous injections, gauges and other accessories used by hardcore enthusiasts.  In recent testing the Bladerunner intake manifold outflowed the factory intake by 32.9% and produced 17hp and 50lbs. x ft torque.

  • Improves torque up to 15 lbs x ft
  • Increases horsepower up to 5 HP
  • Better turbo spool-up
  • Better throttle response
  • Lowers Exhaust Gas Temperatures
  • Perfect complement with your turbo upgrade
  • Patent Pending Multiple Directional Vane (MDV) Technology
  • Superior internal cross section with turning vanes increases intake air flow vs. stock intake manifold
  • Back side is pre-tapped with 2 1/8" NPT ports for easy and clean gauge installation and other auxiliary inputs
  • Stainless Steel Hardware
  • Will not void warranty
  • C.A.R.B EO# D-550-10
Back View

Pre-tapped for easy and clean gauge installation and other auxiliary inputs

Stock Disadvantage

Stock Dodge Cummins intake manifolds have sharp bends and corners. Air flows around these corners and zones of dead air created. These dead air zones choke down air and restrict airflow to your engine.

The MDV Advantage

Our MDV technology uses smooth bends and directional vanes to form multiple air paths through the manifold. These new paths are smoother and shorter, producing much smaller dead air zones for increased overall airflow to the engine.