2012 Audi A3 1.6L Petrol · RO62 MMK

The most recent MOT on 28 July 2026 was a pass, with a minor defect on the nearside front drive‑shaft CV boot, a minor registration‑plate lamp fault and an advisory concerning slight damage to the nearside rear tyre. Earlier in the series the car recorded a failure in July 2025 for a fractured off‑side front coil spring and worn brake pads, and a failure in October 2022 for a split off‑side front CV boot. Although the vehicle has now passed three consecutive tests, the recurrence of suspension corrosion, brake‑pipe contamination and brake‑service binding advisories indicates that while the immediate safety items have been addressed, the underlying wear pattern remains active and the maintenance trend is only marginally improving rather than fully stabilised. At 112 477 miles the car averages roughly 8 000 miles per year over its 14‑year life, a usage rate that sits comfortably within the typical UK pattern for a small executive saloon. The relatively modest annual mileage suggests periods of low utilisation or extended storage, which can be as consequential as high mileage in terms of component ageing. Prolonged standing can accelerate corrosion of suspension joints, brake‑pipe interiors and exhaust hardware, and can also allow battery electrolyte to stratify, while the low mileage does not preclude wear on rubber components such as CV boots, tyre sidewalls and engine seals. A prospective buyer should give particular attention to the condition of both front CV boots and the rear drive‑shaft joint, looking for cracks, torn fabric or dried‑out grease that could permit dirt ingress and eventual joint failure. On a test drive listen for a faint whine or clunk when accelerating or cornering, and check for any vibration that may indicate a compromised boot or worn universal joint. The repeated advisory about corroded suspension components and brake‑pipe contamination warrants a visual inspection of the front and rear suspension arms, bushings and the stainless‑steel brake lines for surface rust, pitting or greasy deposits; any excessive corrosion may require replacement of the affected arms or a full brake‑pipe overhaul. The service‑brake binding noted on the off‑side rear should be felt as a slight drag when applying the foot‑brake; feel for uneven pedal feel or a pulling sensation on release, which would suggest a sticking caliper or seized piston that may need cleaning, re‑bedding or replacement. The nearside rear tyre with damaged outer walls should be examined for sidewall bulges, tread separation or embedded debris, and the front tyre that was previously close to the legal limit should be measured for tread depth and checked for uneven wear that could point to mis‑alignment or worn suspension bushes. Beyond the recorded defects, age‑related checks are essential. Verify the health of the 12‑volt battery with a load test, as a 14‑year‑old unit may have lost capacity even with modest mileage. Confirm that the engine oil and filter have been changed within the last 6 000 miles, and that the oil cap – which has been missing on several occasions – is now correctly fitted to prevent contamination. Inspect the brake discs for surface rust, scoring or glazing, especially on the front where pads were previously at the wear indicator; any excessive run‑out or pulsation under braking would indicate the need for resurfacing or replacement. Finally, examine the body and under‑tray for any signs of structural rust, especially around wheel arches and suspension mounting points, and ensure that the headlamp that failed in 2025 has been replaced and is correctly aimed. A thorough visual and functional appraisal of these items will give a clear picture of whether the vehicle’s remaining service life justifies the purchase price.