2014 Volkswagen Tiguan 2.0L Diesel · YY64 LMK

The 2014 Volkswagen Tiguan presents a stable maintenance trend, culminating in a clean pass on 2 March 2026 at 120,788 miles with zero defects recorded. The vehicle has consistently passed its annual assessments, indicating a baseline of mechanical compliance. However, the record shows two anomalous failures—on 17 March 2025 and 8 August 2024—both lacking recorded defects. These likely represent procedural failures or minor rectifications resolved immediately, as evidenced by retests passing on the same day or within 48 hours. The absence of recurring mechanical or structural advisories suggests the vehicle has not suffered from chronic deterioration. The recorded mileage aligns closely with the vehicle's age, averaging roughly 10,066 miles per year, which is typical for a family SUV. The data shows consistent annual usage without significant gaps or sudden accumulation. Between the August 2024 test at 104,413 miles and the March 2025 test at 109,485 miles, the Tiguan covered 5,072 miles over seven months. The subsequent year saw a similar accumulation, reaching 120,788 miles by March 2026. This steady accumulation implies regular road use rather than prolonged standing, which helps keep drivetrain components lubricated and prevents the flat-spotting of tyres or seizing of brake calipers. Despite the pristine MOT record, a pre-purchase inspection must focus on typical wear items for a Tiguan of this vintage. The anomalous failures without recorded defects warrant a close examination of the braking system for binding calipers and uneven disc wear, alongside a thorough check of the exhaust emissions system. At 120,788 miles, the suspension bushes and coil springs will have endured significant cyclic loading; inspect for cracking, sagging, and deterioration. Structural integrity requires scrutiny, particularly around the wheel arches, sills, and underbody, where corrosion can compromise the chassis without triggering an MOT failure until advanced. The immediate retests following the failures suggest a reactive rather than proactive maintenance approach, demanding verification of fluid levels, tyre condition, and overall mechanical tightness.