2018 Audi A4 2.0L Diesel · LR18 FPC

The most recent DVSA examination on 10 September 2025 resulted in a clean pass with no advisories or defects recorded, which represents a stable and positive maintenance outcome. This follows two further consecutive passes in 2024 and late 2023 with similarly clean records, suggesting that any previously identified issues have been rectified satisfactorily. It is worth observing, however, that the earlier test on 14 September 2023 produced a failure relating to the parking brake, specifically noting that the nearside parking brake was inoperative on one side and that overall parking brake efficiency fell below statutory requirements. While this was addressed prior to the subsequent pass on 15 September 2023, parking brake mechanisms on vehicles of this mileage are prone to cable seizure, caliper stickiness, and rear drum or actuator wear, all of which warrant particular attention during physical inspection. With 179,432 miles recorded over approximately eight years, the vehicle is accumulating roughly 22,429 miles per year, which is considerably above the national average and points to sustained high-mileage use. Such an annual figure typically accelerates wear on major mechanical components including the engine, transmission, clutch (where applicable), turbocharger, and braking system. It also implies that service intervals have likely been adhered to diligently, though the sheer volume of use places greater emphasis on verifying the continuity and quality of the documented service history, including cambelt and timing chain condition, oil change frequency, and the state of any major drivetrain repairs. Gaps in mileage accumulation between tests appear minimal, indicating the vehicle has remained in regular rather than sporadic use, which is generally favourable for preventing standing-related deterioration but suggests cumulative wear is now a significant factor. Given the historical advisories relating to front tyre wear close to the legal limit and edge wear on both nearside and offside positions, a prospective buyer should conduct a thorough inspection of the current tyres for uneven tread wear patterns, particularly on the inner edges. Edge wear is frequently symptomatic of worn suspension bushes, sagging coil springs, or incorrect wheel alignment, all of which are plausible given the mileage recorded. On a test drive, any clonking noises from the suspension, vague or wandering steering, or vibration through the steering wheel should be taken seriously as indicators of underlying wear to wishbones, anti-roll bar links, or steering components. Additionally, the prior failure relating to a nearside rear tyre cut with exposed ply and a dangerous nearside front tyre with cords exposed reinforces the importance of confirming that the current tyres are of reputable manufacture, correctly sized, and have adequate tread depth across the full width of the contact patch. Beyond the documented history, the high mileage and age of this Audi A4 demand close attention to age-related degradation that MOT testing does not necessarily capture. Brake discs should be examined for lipping and corrosion, particularly if the vehicle has been standing for any period, while calipers should be checked for binding that may manifest as pulling under braking or uneven pad wear. The 12V battery, particularly given its age, is likely approaching the end of its service life and should be load-tested. Brake fluid, coolant, and gearbox or transmission oil should be assessed for service intervals based on calendar age as well as mileage, since fluid degradation occurs regardless of use. The exhaust system, including the flexible joints and mounting rubbers, warrants inspection for corrosion and blowing, while the underside should be examined for oil leaks from the sump, valve cover gasket, and turbo oil lines. Finally, verifying that the vehicle has a complete and stamped service history with evidence of cambelt replacement according to manufacturer schedule is essential, as neglecting this on a high-mileage Audi can lead to catastrophic engine damage.