aFe Power Has Announced The Release of Their New Stage 2 Cold Air Intake fo

aFe Power Has Announced The Release of Their New Stage 2 Cold Air Intake fo

Andrew Wolf
July 29, 2010

Advanced FLOW engineering has announced their newest product, a Stage 2 Cold Air Intake for the 2010 4.6L Ford Mustang. The intake kit contains a one-piece powder-coated heat shield, a performance-engineered intake tube, and a Pro-5R air filter or Pro Dry S filter.

Official Release:

Advanced FLOW engineering (aFe Power), an industry leader in performance cold air
intakes, filters and exhaust systems is pleased to announce the release of their new Stage 2 cold air
intake for the 2010 Ford Mustang with the V8-4.6L part numbers 54-11782 and 51-11782.

aFe Stage 2 air intake systems feature a durable, one-piece 18-gauge powder coated heat shield that
blocks out engine heat and installs using factory-mounting locations. This system also includes a
performance engineered intake tube to maximize air velocity and improve horsepower, torque, and
throttle response. 54-11782 includes the patented Pro-5R air filter, which utilizes 5-layers of progressive
cotton media that produces excellent filtration and maximum flow. 51-11782 includes the brand new Pro
Dry S filter, which uses a progressive synthetic media, that requires no oil to recharge for maximum
convenience.

In recent testing, part number 54-11782 outflows the factory intake by 47% and produced an astonishing 8hp and 4ft. lbs. of torque.

Part Number 51-11782 retails for around $344.40 and is available in stores now.
Part Number 54-11782 retails for around $351.75 and is available in stores now.

For more information on this or any other aFe product, please visit our website at www.aFepower.com or contact our Power Professionals at 1-951-493-7155.

  • For 2010 4.6L Ford Mustangs
  • One-piece powder-coated heat shield
  • Installs in factory mounting locations
  • Intake tube improves horsepower, torque, and throttle response
  • 5-layer cotton air filter and a Pro Dry S synthetic filter

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