aFe Power BladeRunner Intake Manifold
Details
Details:
•In recent testing the BladeRunner intake manifold outflowed the factory intake by 34% and resulting in gains of up to 11 HP and 27 lbs. x ft. of torque
•Constructed out of cast 808 aluminum alloy
•Unique MDV (Multiple Directional Vane) technology to guide the air through the manifold maximizing air flow
•Comes with (2) Tapped 1/8" NPT Ports for accessories
•Retains the stock EGR valve
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 808 aluminum alloy, this manifold uses a proprietary internal bolt design to help increase the flow and provide a solid seal void of leaks or deformities. The BladeRunner comes with 2 ports for nitrous injection, gauges and other accessories used by hardcore enthusiasts. The manifold allows for the retention of the stock EGR valve. In recent testing the BladeRunner intake manifold outflowed the factory intake by 34% and resulting in gains of up to 11 HP and 27 lbs. x ft. of torque.
Patented MDV (Multiple Directional Vane) Technology:
To increase air velocity, the BladeRunner intake manifold uses aFe Power's patented MDV (Multiple Directional Vane) Technology that splits the air into multiple streams for increased performance and improved throttle response.
808 Aluminum Construction:
The BladeRunner intake manifold is constructed of 808 aluminum alloy for light weight and high strength. A black powder coat finish is added for styling and extra durability.
Five Auxiliary Ports Pads:
This intake manifold comes with 5 auxiliary port pads (2-tapped at 1/8" NPT) for use with gauges, temp sensors or nitrous oxide systems.
Pass-Through Bolt Design:
The BladeRunner intake manifold uses allen head bolts that pass through for maximum air volume.
More Information
| Part Number | 46-10071-1 |
|---|---|
| Brand | aFe Power |
| Type of Part | Intake Manifolds |
| Engine Fitment | Cummins 6.7L |
| Length | 14 |
| Width | 12 |
| Height | 10 |
| Weight | 8.000000 |
Reviews
Fitment
Details:
•In recent testing the BladeRunner intake manifold outflowed the factory intake by 34% and resulting in gains of up to 11 HP and 27 lbs. x ft. of torque
•Constructed out of cast 808 aluminum alloy
•Unique MDV (Multiple Directional Vane) technology to guide the air through the manifold maximizing air flow
•Comes with (2) Tapped 1/8" NPT Ports for accessories
•Retains the stock EGR valve
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 808 aluminum alloy, this manifold uses a proprietary internal bolt design to help increase the flow and provide a solid seal void of leaks or deformities. The BladeRunner comes with 2 ports for nitrous injection, gauges and other accessories used by hardcore enthusiasts. The manifold allows for the retention of the stock EGR valve. In recent testing the BladeRunner intake manifold outflowed the factory intake by 34% and resulting in gains of up to 11 HP and 27 lbs. x ft. of torque.
Patented MDV (Multiple Directional Vane) Technology:
To increase air velocity, the BladeRunner intake manifold uses aFe Power's patented MDV (Multiple Directional Vane) Technology that splits the air into multiple streams for increased performance and improved throttle response.
808 Aluminum Construction:
The BladeRunner intake manifold is constructed of 808 aluminum alloy for light weight and high strength. A black powder coat finish is added for styling and extra durability.
Five Auxiliary Ports Pads:
This intake manifold comes with 5 auxiliary port pads (2-tapped at 1/8" NPT) for use with gauges, temp sensors or nitrous oxide systems.
Pass-Through Bolt Design:
The BladeRunner intake manifold uses allen head bolts that pass through for maximum air volume.
