The AEM Brute Force Intake System is the result of extensive development on a wide variety of cars. It is the most advanced short pipe air intake system on the market. Each system is specifically engineered for its particular application. All AEM Brute Force Intake Systems deliver maximum performance gains through the lightweight, all- aluminum, mandrel-bent tubing that is tuned in both length and diameter. The tube (more…)
TO START: 1. Turn off the ignition and disconnect the negative battery cable.
NOTE: Disconnecting the negative battery cable erases pre-programmed electronic memories. Write down all memory settings before disconnecting the negative battery cable. Some radios will require an anti-theft code to be entered after the battery is reconnected. The anti-theft code is typically supplied with your owner’s manual. In the event your vehicles’ anti-theft code cannot be recovered, contact an authorized dealership to obtain your vehicles anti-theft code.
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This inlet pipe kit may require the removal and reinstallation of emissions related components. If you are not familiar with the installation and/or the operation of these components then please refer this installation to a qualified professional.
Getting started
Make sure vehicle is parked on a level surface. Set parking brake. Disconnect negative battery terminal. If engine has run within the past two hours let it cool down.
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While simple in principle, the S-Flo for the 2.7l twin turbo produces quite tangible increases in engine power and smoothness. The improvements are from a combination of air filter design (the unique venturi shaped base of the ITG filter) and the precise mandrel bent transition tube. Our scan tool measurements recorded an average increase of 25 grams-per-second of air through the mass air flow sensor (MAF), with a dramatically smoother flow curve. We believe you will be quite pleased with the S-Flo. Thank you for your purchase!
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Berk Technology™ or any of its affiliates will not be held liable for any and all of the costs involved with use, installation, removal, inconvenience, or any other such associated effects by installing this product. The purpose of the use of these products is for off-road use and may never be used on public streets or highways. These components are legal for sale in California for racing vehicles only. Federal and state laws prohibit the removal, modification, or rendering inoperable of any device or element of design affecting vehicle emissions or safety in a vehicle used for public highways. Violation of such laws may subject the owner of the vehicle to a fine or penalty. Installation of this part may void the warranty coverage, if any, on your vehicle. Vehicles modified by the use of performance parts may no longer be lawfully used on public highways.
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20 Sep
Posted by admin as Mitsubishi
Installation
(1) Disconnect the vacuum hose, recirculation hose and remove the factory air bypass valve.
(2) Mount the GReddy Blow Off Valve on to the supplied adaptor using the provided gasket and hardware
(3) Remove the rubber sleeve off from the factory bypass valve and install it on to the GReddy Blow off valve adaptor.
Venting out to atmosphere Type
(1) Remover the plastic pipe out of the factory suction pipe and install the provided aluminum plug with factory hose clamp.
(2) Install the GReddy Blow Off Valve as shown using the factory hose clamps.
(3) Reconnect the vacuum using the factory hose clamps.
(4) Stick the emblem to the top housing.
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Preparing Vehicle
Make sure vehicle is parked on level surface.
Set parking brake.
If engine has run in the past two hours, let it cool down.
Disconnect negative battery terminal.
Raise the front of the vehicle with a jack. Refer to your owner’s manual for proper jack and jack stand placement to properly support vehicle. Support your vehicle using properly rated jack stands before wheel removal or while working under the vehicle.
NEVER WORK UNDER A VEHICLE WITHOUT USING JACK STANDS.
Do not discard stock components after removal of the factory system.
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This performance kit installation steps on Audi A3: 1. Disconnect the negative terminal from the vehicle battery. 2. Remove the plastic engine cover. (Fig. 1) 3. Unclip & remove the engine breather hose from the intake pipe. (Fig. 2) 4. Remove the small vacuum hose from under the breather hose on the intake pipe. Follow the vacuum hose & remove the hose from the inlet manifold. Blank off the pipe on the manifold using the small rubber cap supplied. (Fig. 3) 5. Remove the small rubber hose from the side of the intake pipe as shown. (Fig. 4) 6. Unclip & remove the auxiliary air pump feed pipe from the air box as shown. (Fig. 5) 7. Unclip & remove the plastic intake pipe from the throttle housing. (Fig. 6) 8. Remove the air box securing bolt & carefully pull the air box assembly out of its mounting grommets. Remove the air box (more…)
Removing the stock air inlet system a) Before removing any of the O.E. components, label each individual part so that no components become mixed up during the installation process. There are three Vacuum Switching Valves (VSV), and one air flow meter that have electrical and/or vacuum connections going to them. Be sure to label these connections before disconnecting them. b) Remove the three bolts and one nut that c) Remove the bolt in the radiator support that hold the plastic engine cover on. Remove the holds the battery bracket. Unhook the rod at cover. the rear of the battery bracket. Remove the battery from the vehicle. d) Unplug the brown connector from the VSV e) Loosen the two (more…)
This inlet pipe kit requires the removal and reinstallation of emissions related components. If you are not familiar with the installation and/or the operation of these components then please refer this installation to a qualified professional.
1) Getting started Make sure vehicle is parked on a level surface. Set parking brake. Disconnect both battery terminals. If engine has run within the past two hours let it cool down. 2) Removing the stock air inlet system a) Before removing any of the O.E. components, label each individual part so that no components become mixed up during the installation process. There are two Vacuum Switching Valves (VSV), and one air flow (more…)