2017 Volkswagen Passat 2.0L Diesel · CT03 SAR

The 2017 Volkswagen Passat currently presents a stable and improving maintenance trend, culminating in a completely clean pass on 29 July 2024 at 123,183 miles with zero defects recorded. This flawless recent outcome indicates the vehicle met all roadworthiness standards without requiring any remedial work. The maintenance trajectory remains highly stable, showing no recurring mechanical failures or structural deterioration across the documented history. A duplicate entry exists for 1 February 2022 at 109,274 miles, recording both a failure and a pass on the same day with no defects listed, which suggests an administrative anomaly or an immediate retest rather than a mechanical fault. The mileage accumulation aligns with high annual usage, averaging roughly 13,687 miles per year over its nine-year lifespan. Between the February 2022 test at 109,274 miles and the August 2023 test at 112,739 miles, the vehicle covered just 3,465 miles over eighteen months, indicating a period of significantly reduced use. However, the subsequent twelve months saw a sharp increase of 10,444 miles, taking the odometer from 112,739 miles to 123,183 miles by July 2024. The most recent MOT is now nearly two years old, dated 29 July 2024, meaning the current mechanical condition relies heavily on how the car has been driven and maintained since that last inspection. Despite the absence of recorded defects, the high-mileage nature of this Passat demands a rigorous physical inspection focusing on structural integrity and wear components. A buyer must thoroughly examine the suspension bushes, coil springs, and shock absorbers for signs of deterioration typical of a vehicle covering over 13,000 miles annually. Brake discs and pads require close scrutiny for uneven wear or lipping, while the exhaust system and catalytic converter must be checked for corrosion and emissions compliance. The two-year gap since the last MOT necessitates a comprehensive assessment of the underbody for structural rust, particularly around the sills, subframes, and suspension mounting points, as prolonged standing followed by high-intensity use can accelerate corrosion in these critical areas.