2011 Audi A4 2.0L Diesel · LE61 HOR

A pattern of progressive suspension and drivetrain wear defines this 2011 Audi A4's MOT record, culminating in a fail at the 2025-12-22 test on two significant mechanical items: a fractured offside front coil spring and a nearside outer CV (constant velocity) joint boot that had split to the point of no longer preventing dirt ingress. The vehicle was returned to the road just seven days later at the 2025-12-29 retest, which passed with no advisories, but the underlying components replaced to achieve that pass merit scrutiny, particularly the coil spring, which is a structural suspension element not typically failing without contributory factors such as heavy loading, aggressive kerbing, or general wear on a high-mileage chassis. Earlier records reinforce a steady pattern of consumable wear, with brake pad thinning advisories recurring across the 2022, 2023, and early 2025 tests, anti-roll bar linkage bushes flagged at the 2025-01-08 inspection, and rear brake disc wear noted in late 2020. The near side front service brake was also recorded as binding, though not excessively, in December 2023. Annual mileage accumulation for this vehicle averages roughly 15,400 miles over its fifteen-year life, which sits at the upper end of usage for a car of this age and signals elevated wear across mechanical systems expected to degrade with distance covered, including engine internals, clutch and gearbox hardware, exhaust mounting, and both front and rear suspension components. MOT testing has been broadly annual without multi-year lay-up gaps, so the mileage progression appears continuous rather than the product of long stationary periods, and the advisory stream across successive tests is consistent with a working vehicle that has been progressively maintained rather than restored. The jump to over 231,000 recorded miles also places this A4 firmly into high-duty territory where drivetrain and chassis components commonly approach the latter stages of their service life, and where proactive replacement of bushes, drop links, and compliance components becomes increasingly routine. For a prospective buyer, the items most directly relevant to the recorded history are the front coil spring, anti-roll bar linkage bushes, and the CV joint boot that has now been replaced. On a test drive, listen for a clonking or metallic rattle from the front suspension over uneven surfaces, particularly speed humps and pothole strikes, which can indicate a fatigued spring seat, a worn top mount, or further coil spring degradation not visible during a static inspection. The anti-roll bar linkage bush flagged in early 2025 should be evaluated by pushing laterally on the front corners of the car with the wheels off the ground, feeling for free play or a dull thud as weight transfers, and any knocking transmitted through the body over undulating roads suggests the replacement bushes may already be settling. Brake pedal feel deserves particular attention given the recurring pad wear advisories and the binding brake observation from late 2023; the pedal should feel firm and progressive without pulling the car to one side under firm application, and any judder through the steering wheel under braking can point to worn front discs or uneven pad deposition on the calliper that was previously flagged as binding. Given the mileage, the buyer should also be alert to symptoms associated with age-related wear that fall outside MOT test scope but commonly accompany high-mileage Audis of this generation, including oil seepage from the cam chain area, coolant expansion tank brittleness, and clutch slip on full-throttle upshifts. The CV joint itself, now likely repaired, should be tested by driving in full-lock turns at low speed and listening for any clicking or popping from the front wheels, which would indicate that the replacement boot has been compromised or the joint was already contaminated prior to the recent repair. A thorough pre-purchase inspection on a ramp is strongly advisable to verify the integrity of the replaced coil spring, confirm no residual corrosion on suspension subframes and brake lines around the wheel arches, and check the rear brake discs that were first noted as worn back in 2020 for further deterioration since.