Engine Mounting Replacement

Mobile engine mounting replacement at your home or office, for clunks on take-off, vibration at idle and engine movement.

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Pricing

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Service Info

Typical Duration 2 hours

We check engine movement under load to confirm which mountings have failed, support the engine correctly, replace the affected mountings, torque the fasteners with the engine at its natural rest position and road test.

Skip the garage, our master mechanics come to you

At your home or office
Fair & transparent pricing
6-month, 6000km warranty

The Most Trusted Mobile Engine Mounting Replacement

Engine mountings hold the engine and gearbox in the car while absorbing the vibration they produce. They are rubber, sometimes hydraulic, and they perish and collapse over the years. The symptoms are a clunk as you take up drive, vibration through the cabin at idle that was not there before, and on bad ones a visible lurch of the engine when you blip the throttle. Michanic replaces engine mountings at your home or office.

Why Choose Our Mobile Engine Mounting Replacement Services?

  1. Clunk Correctly Traced:
    A clunk on take-off is also caused by worn driveshaft joints or suspension bushes. The source is confirmed before parts are bought.
  2. All Mountings Assessed:
    Most vehicles have three or four. Replacing one collapsed mounting while leaving three perished ones rarely cures the symptoms.
  3. Secondary Damage Prevented:
    An engine allowed to move excessively stresses exhaust joints, hoses, pipes and wiring until those fail too.
  4. At Your Home or Office:
    Done where the car is parked, with no workshop booking.

Why We are the Best Choice for Mobile Engine Mounting Replacement

  • Movement Measured:
    Engine movement is checked under load in both directions, which shows a collapsed mounting that looks fine at rest.
  • Hydraulic Mounts Recognised:
    Many modern mounts are fluid filled and fail by leaking. A collapsed hydraulic mount transmits far more vibration and is obvious once identified.
  • Supported Correctly:
    The engine is properly supported while mountings are removed, which is what prevents damage to the sump, pipes and wiring.
  • Torqued at Rest Position:
    Fasteners are tightened with the engine sitting at its natural position so the new mountings are not pre-loaded.

A collapsed engine mounting does more than make a noise. Once the engine is free to move further than designed, everything connected to it takes the strain: exhaust flexi joints crack, coolant hoses chafe, gear linkages go out of adjustment and wiring looms stretch. On front wheel drive cars a badly worn mounting also lets the engine shift under acceleration, which changes the driveshaft angles and produces vibration people blame on wheels or tyres. It is a cheap component whose failure quietly creates several more expensive ones.

Frequently Asked Questions

  • What are the symptoms of a worn engine mounting?
    A clunk as drive is taken up, more vibration through the cabin at idle, and visible engine movement when the throttle is blipped. Badly worn mountings also let the engine shift under acceleration.
  • Do all engine mountings need replacing together?
    Not necessarily, but they age together. If one has collapsed the others are usually perished, and replacing just one often leaves most of the vibration and noise exactly as it was.
  • Is it the engine mounting or the driveshaft?
    Both produce a clunk on take-off. Checking engine movement under load distinguishes them: a collapsed mounting lets the engine visibly lift or rock, while a worn driveshaft joint does not.
  • What is a hydraulic engine mounting?
    It is a fluid filled mount that damps vibration far better than solid rubber, used widely on modern cars. It fails by leaking its fluid, after which it transmits noticeably more vibration into the cabin.
  • Can a bad engine mounting damage other parts?
    Yes. Excess engine movement stresses exhaust flexi joints, coolant hoses, gear linkages and wiring, and on front wheel drive cars it changes driveshaft angles, which causes vibration blamed on wheels and tyres.