Designed by Skuzzle Motorsport, and manufactured to the highest quality in the UK by RamAir Filters, this is the only NC intake kit on the market that gives proven dyno gains.
The Skuzzle TorqIntake induction system is the only known NC induction system to have been 100% designed on the dyno. Many hours of research, testing and development have gone into this system to produce a product which Skuzzle Motorsport are proud to put their name to.
The Skuzzle TorqIntake was built around the science of pulse waves. As pulses are generated inside the intake system, the length of the Skuzzle TorqIntake has been precisely tuned so the pulse is reflected back into the engine and amplified pushing a higher pressure of air into the cylinder, drastically improving midrange torque.
The science doesn't end there either. The Skuzzle TorqIntake also makes use of 2 venturi effects. The pipe diameter is altered in 2 strategic places along the Skuzzle TorqIntake to maximise air velocity at higher rpm. This allows the Skuzzle TorqIntake to boast impressive gains to top end horsepower too, nearly 10bhp at 7000rpm.
Finally we have a velocity stack built into the high flow air filter. The idea of a velocity stack is to premote laminar flow (where the air enters the induction pipe smoothly and adheres to the intake pipe walls to reduce turbulence at high rpm).
The Skuzzle TorqIntake, designed at Skuzzle Motorsport is now profesionally hand fabricated in the UK by RamAir using only the highest quality aluminium tube. The high flow air filter is manufactured by RamAir specifically for the Skuzzle TorqIntake and is made to the same standards as all other filter products produced by RamAir.
Click here for a comprehensive fitting guide!
Fits all Mk3 & 3.5 models, 2005>2012
Please Note: To fit this kit you will need to remove the front bumper. Also, the dyno results given are an indication of the power increase achieved on the car this kit was developed on. They are no guarantee that your vehicle will benefit from the same increase as this will depend on many different factors such as engine size, other modifications and overall vehicle condition.