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Shop OEM Mercury Milan Parts at FordPartsDeal

At the 2005 Chicago Auto Show, Mercury introduced the Milan mid-size sedan to the market as a Ford Motor Company subsidiary which sold until late 2010. Customers can choose between front-wheel drive and all-wheel drive systems in the Mercury Milan model which utilizes the CD3 platform according to its front-engine setup. The 2006 Mercury Milan has a 107.4-inch wheelbase, with a total length of 191.4 inches, a width of 72.2 inches, and a height of 55.8 inches. From its initial manufacturing time to 2010 the powertrain system of Mercury Milan received two upswings through different engine types: the first engine variant held a 2.3L I4 generating 160 hp followed by a 2.5L I4 engine making 175 hp in 2010. The 2010 model of the vehicle included a 3.0L V6 engine with flex-fuel functionality. The automatic transmission choices for the vehicle consisted of either a five-speed or a six-speed automatic which improved both driving capabilities and performance. The Mercury Milan manages handling and ride quality well because of its sturdy construction and genuine parts which received regular quality improvements across its manufacture. Contractors who want to extend the lifespan of their Mercury Milan vehicles should acquire authentic Mercury Milan components due to their original manufacturer standards which guarantee both durability and operational performance.

Mercury Milan has these problems categorized under powertrain control, suspension noise and shifter linkage operation. In tranny system the Milan can stumble, slip, slur or slam through the shifts. Software in the transmission control module and PCM may cause mismanagement issues, pressure, and time. Update each Milan module and assess fluid condition/adaptive data. Heavy wear may require valve body service if the updates don't help the Milan respond. For the suspension, the Milan can flex over bumps or while cornering. Movement and alignment drift are produced as a result of cracks or loose welds at the lower control arm. Install the revised lower control arm, lube strut interfaces, and check torques on all. On the shifter and console, the Milan may stick or refuse to move. A seizing shifter knob or binding bezel captures the release pawl and stops park interlock disengagement. Replace shifter knob or bezel, verify PRNDL alignment and road test the Mercury Milan. Mercury service instructions for calibrations, Mercury torque values during reassembly. Verify shift feel, temps and line pressure during a controlled road test. Document facts and re-submit adaptive tables if there is any repair to transmission.

FordPartsDeal.com offers you the stress-free shopping for OEM Mercury Milan parts, including Transmission, Driveline & Axles. Our products are brand new, and we do not deal with aftermarket or second-hand parts. Through our online Mercury Milan catalog, you can easily find the satisfactory fit of your vehicle. Prices are competitive, and this makes you save in terms of quality. Our team of specialists provides the friendly and trustworthy service in all parts of Mercury Milan. We are also distributed through our many warehouses which ship quickly, to have your order to you in a short period. Use the VIN checker to have the right Mercury Milan fit. It is easy to make returns.

Mercury Milan Parts Questions & Answers

  • Q: How to remove and replace the rear bumper cover on Mercury Milan?
    A: The rear lamp assembly needs removal as the first step for bumper cover replacement. First detach the six pin-type retainers from the rear splash shield and afterward disengage the two pin-type retainers from the lower rear bumper cover. Then, remove the two pins and two screws situated at the top of the bumper cover. Begin by removing the two bolts together with two pin-type retainers from the top area of the rear bumper cover. These components are replaced by the two upper bumper cover screws which you will find on each side of the vehicle. The installation and removal process for Milan and MKZ models demands detachment of the license plate lamp electrical connector as well as the optional parking aid system electrical connector. End the process of installation by reversing all previous removal steps for the new rear bumper cover.
  • Q: How to service and repair the alternator on a 2.3L generator on Mercury Milan?
    A: Service and repair operations for the alternator require starting with the removal of the battery from the system. When reinstalling the generator upper air duct you should tighten the bolt and two nuts to 8 Nm (71 lb-in). The Front End Accessory Drive (FEAD) belt tensioner requires clockwise rotation as the operator positions the accessory drive belt out of the way. The two nuts and generator shield must be removed while you must tighten them to 25 Nm (18 lb-ft) when installing them. Start by unwinding the locking tabs for removing the generator intermediate air duct before placing the generator protective cover to one side along with the unwiring of the B+ terminal nut from the generator. Reinstall all components by tightening the B+ terminal nut to 12 Nm (106 lb-in). The generator electrical connector along with the generator harness locator from the generator and engine block must be separately disconnected. The technician disconnects the Crankshaft Position (CKP) sensor connector before placing generator harness to the side. The generator separation requires removing its bolt and two nuts and requires the generator bolt torque to be set at 47 Nm (35 lb-ft) during installation. Reinstallation of the generator requires tightening the three bolts and the generator lower air duct to a torque of 4 Nm (35 lb-in). Reattach the generator stud bolts after removal while torquing them to 24 Nm (18 lb-ft). A thorough and reverse reinstall procedure will mark the end of the installation process.
  • Q: How to Properly Maintain an Ignition Coil and Is It Necessary for a Mercury Milan?
    A: You should start servicing the ignition coil-on-plug by taking away all the two nuts and bolt and generator air inlet duct while making sure to tighten these components to 6 Nm (53 lb-in) when reinstalling them. The service procedure starts with disconnecting the four electrical connectors which attach to the ignition coil-on-plug. A twisting motion will help break the seal on ignition coil-on-plugs before removing the four bolts which also take out the ignition coil-on-plugs and require 10 Nm (89 lb-in) torque during installation. Before installing the ignition coil-on-plug boots on the spark plugs you should apply a tiny drop of dielectric grease inside the boots.
  • Q: How to service and repair the catalytic converter for non-PZEV and 2.3L manifolds on Mercury Milan?
    A: The first step for servicing or repairing the catalytic converter on non-PZEV and 2.3L manifolds requires hoisting the vehicle in NEUTRAL position. Start by removing the generator air inlet duct then detach the heated oxygen sensor (HO2S) along with the catalyst monitor sensor from the vehicle. The wiring harness bracket needs detaching from the valve cover stud before storing it aside. Start by taking out the two nuts which connect the catalytic converter manifold to the exhaust flexible pipe while discarding the parts with both gasket and nuts. First detach the six bolts retaining the heat shield before taking off the shield and pulling out the two brackets and securing bolts of the catalytic converter manifold shield assembly. Liberate the two bolts securing the catalytic converter manifold bracket and detach the seven nuts and catalytic converter manifold while throwing away the nuts and gasket. Clean the manifold after removing the seven manifold studs which also need discarding. Seven new catalytic converter manifold studs should be installed according to sequence then tightened to 17 Nm (13 lb-ft). Install the new catalytic converter manifold gasket by placing it onto the studs but tighten the nuts in a certain order and twice with two torque stages using 55 Nm (41 lb-ft). The installation of the catalytic converter manifold shield bracket requires two bolts that should be tightened to 20 Nm (15 lb-ft) followed by two catalytic converter manifold bracket bolts which need to be tightened to 20 Nm (15 lb-ft). Place the heat shield and secure its six bolts by tightening them to 10 Nm (89 lb-inch). Secure the two catalytic converter manifold-to-exhaust flexible pipe nuts while using new gaskets and tightening them to 40 Nm (30 lb-ft). Attach the wiring harness bracket on the stud while you install both the HO2S and catalyst monitor sensors before reinstating the generator air inlet duct.