2017 Volkswagen Tiguan 2.0L Diesel · FE55 RET

The most recent MOT test on the 2017 Volkswagen Tiguan, conducted on 2026-06-02, resulted in a passing grade despite the presence of several advisories that indicate ongoing but manageable wear conditions. This follows a pattern of consistent MOT results, with the vehicle passing all tests from 2023 onwards, except for a single failure in 2025 related to non-compliance with registration plate standards—a minor issue that does not affect roadworthiness or mechanical integrity. The absence of repeated failures or critical defects over the past three years suggests a stable maintenance record, though the advisories warrant closer attention to prevent escalation into more serious issues. The fact that the vehicle has not failed an MOT due to mechanical failure implies that the wear patterns observed are likely within expected operational limits for its age and usage profile. The recorded mileage of 84,591 miles for a vehicle aged nine years represents a moderate annual usage rate of approximately 9,399 miles per annum, which is broadly consistent with typical driving patterns for this model class. This rate does not suggest excessive wear beyond what would be anticipated from regular use, though it does imply that the vehicle has accumulated significant mileage over time, particularly in the past few years. The absence of substantial mileage gaps—such as long periods of inactivity—means that consumables like brake pads, tyres, and suspension components have likely experienced steady, cumulative wear rather than sudden, high-impact degradation. However, the advisories on brake pad and disc wear, particularly on the rear axles, indicate that the braking system is approaching the limits of its operational lifespan, and further deterioration could lead to reduced braking efficiency or the need for premature replacement. For the prospective buyer, the most critical areas to inspect are the braking system, given the recurring advisories on brake pad and disc wear. The nearside and offside rear brake pads are wearing thin, which may lead to increased heat generation, reduced stopping performance, and potential warping of the discs if not addressed soon. On a test drive, listen for uneven brake pedal travel, a grinding or squeaking noise from the rear wheels during braking, or a spongy or pulsating feel when applying the brakes. Inspect the rear brake discs for excessive pitting, scoring, or glazing, which could indicate thermal damage or binding calipers that require adjustment or replacement. Additionally, check for any signs of brake fluid leakage from the rear wheel cylinders or master cylinder, as low fluid levels can exacerbate pad wear and compromise braking effectiveness. The offside and nearside rear discs, while not yet seriously weakened, should be monitored closely for signs of warping or thinning, as further wear could compromise structural integrity and safety. Beyond the braking system, the vehicle’s overall roadworthiness and long-term reliability should be assessed through a thorough physical inspection. Given the mileage and age, focus on the suspension components, particularly the rear suspension bushes and coil springs, which may exhibit signs of stiffness, cracking, or excessive play. Listen for clunking noises when driving over bumps or uneven surfaces, as this often indicates worn suspension bushes or damaged struts. Check the tyre tread depth uniformly across all four tyres, ensuring no areas exceed the legal minimum or show signs of uneven wear that could indicate misalignment or suspension issues. Inspect the tyres for sidewall perishing, which is more prevalent in older vehicles and can compromise structural integrity if left unchecked. Additionally, verify the condition of the 12V battery and associated electrical systems, as prolonged inactivity or high mileage can lead to corrosion on terminals, a swollen battery, or poor starting performance. Finally, consider the calendar-based servicing of fluids such as the engine oil, coolant, and brake fluid, as these should be replaced every 2–3 years regardless of mileage to maintain optimal performance and prevent premature failure. A service history booklet would be invaluable in confirming whether these time-based maintenance tasks have been completed, but if not, prioritise a professional fluid flush and inspection of the engine bay for signs of leaks or corrosion.