2011 Audi A4 2.0L Diesel · EA11 OFH

The most recent MOT, dated 20 October 2025 at 213,971 miles, passed, but the advisory profile reveals a vehicle that is deteriorating structurally and mechanically rather than stabilising. The trend is worsening. Both front upper suspension arm pins or bushes were flagged as worn in October 2025, repeating a pattern first noted in October 2023 and again in October 2022. The central high-level brake light has been recorded as inoperative across four consecutive tests from October 2022 through October 2025, suggesting the defect has simply been tolerated rather than repaired. A small windscreen chip noted in October 2023 has since progressed to general windscreen damage by October 2025. These are not isolated consumable replacements; they point to a long-term pattern of deferred maintenance on safety-critical and structural systems. The mileage accumulation tells a clear story of sustained high-intensity use. Between October 2022 at 154,843 miles and October 2025 at 213,971 miles, the car covered 59,128 miles in three years, averaging roughly 19,700 miles per year. That is significantly above the 14,265 miles per year implied by the vehicle’s age profile. The jump from 178,035 miles in October 2023 to 196,032 miles in October 2024 alone accounts for 17,997 miles in twelve months. This is not a lightly used executive saloon; it has been driven hard and consistently, placing heavy demands on suspension bushes, shock absorbers, brake discs, and drivetrain boots. The October 2023 failure exposed the car’s underlying mechanical fatigue. Both rear shock absorbers were leaking, the nearside rear seriously so, with the offside rear already showing oil misting. The offside front outer CV boot was split, allowing dirt ingress and risking joint failure. Front lower suspension arm bushes were worn on both sides, and three tyres were worn to or near the legal limit, two of them heavily on the inner edge, indicating tracking or suspension geometry issues. The October 2022 test had already flagged light oil misting on the nearside rear shock absorber, meaning the rear damping system has been degrading progressively for at least three years. A buyer must inspect the rear shock absorbers for fresh oil weeping, check the CV boots for splits or grease loss, and verify whether the front suspension bushes have been replaced since October 2025. The braking system demands close scrutiny. Front brake pads were noted as wearing thin in October 2022, and both front brake discs were worn, pitted, or scored at the same test. No subsequent record confirms replacement of these components. At over 213,000 miles, the discs and pads are unlikely to be original, but their condition relative to the car’s recent mileage surge is unknown. A buyer should measure disc thickness and scoring depth, check pad remaining material, and test the handbrake efficiency on a gradient. The persistent central brake light fault, while minor in isolation, is worth tracing to its circuit or unit, as it may indicate a broader wiring or earth issue. Tyre wear patterns across multiple tests, particularly inner-edge wear on the front axle, strongly suggest the tracking and wheel alignment have not been corrected. A full four-wheel alignment check and suspension geometry inspection are essential before purchase.