2016 Volkswagen Passat 2.0L Diesel · AF66 BTO

The most recent MOT test for the 2016 Volkswagen Passat was conducted on 2025-09-18, resulting in a passing outcome with no recorded defects. However, the vehicle’s MOT history reveals a concerning pattern of recurring advisories and a single dangerous failure, indicating that while the car has not failed an MOT outright, it has not been fully compliant with roadworthiness standards for several years. The most critical issue from the 2025 test was the offside front tyre’s exposed cords, which constitutes a dangerous defect under 5.2.3 (d) (ii), necessitating immediate replacement to prevent catastrophic tyre failure. The nearside front tyre’s edge wear close to the legal limit at 5.2.3 (e) also suggests ongoing excessive lateral forces or improper alignment, which could lead to further tyre degradation or handling instability. The 2020 MOT further highlights persistent rear brake system wear, with pitted discs and thin pads, which, while not failing the test, signals significant brake system ageing and potential reduced stopping performance. This combination of tyre and brake advisories suggests a maintenance backlog and a need for proactive servicing to mitigate long-term reliability risks. The vehicle’s recorded mileage of 67,182 miles at the time of this assessment aligns with a typical annual usage rate of around 6,718 miles per year, which is moderate for a ten-year-old car. This usage profile does not inherently indicate excessive wear, but the gaps between MOT tests—particularly the two-year interval between 2020 and 2022—could imply periods of prolonged inactivity, which often accelerates corrosion, fluid degradation, and component stiffness. Prolonged standing is particularly concerning for the brake system, as standing brakes can cause caliper binding, brake disc corrosion, or warping, all of which are exacerbated by the vehicle’s reported rear brake advisories. Additionally, if the car has been driven at higher mileage rates in the past, the suspension, tyres, and drivetrain components may have experienced accelerated wear, warranting a thorough inspection for signs of excessive flexing, bush failure, or internal tyre damage. Given the MOT history, the prospective buyer should prioritise a detailed mechanical inspection focusing on the tyre and brake systems. The exposed cords in the offside front tyre demand immediate replacement, as this defect is a safety hazard and voids the MOT pass. The nearside front tyre’s edge wear should be addressed to prevent further lateral damage or tread separation. During a test drive, listen for uneven brake pedal travel, pulsations under braking, or grinding noises from the rear system, which could indicate warped discs, binding calipers, or worn pads. Inspect the rear brake discs for corrosion, cracks, or uneven wear, and check for fluid leaks around the brake master cylinder and calipers. The suspension should be examined for excessive clunking or rattling, which may signal worn suspension bushes or broken coil springs, particularly if the car has been driven at higher mileage rates. For the remaining systems, the buyer should verify the vehicle’s fluid levels, particularly the engine oil, brake fluid, and coolant, as prolonged inactivity can lead to degradation or contamination. Check the battery terminals for corrosion and ensure the 12V battery has sufficient charge, as standing vehicles are prone to battery drain or sulphation. Inspect the exhaust system for leaks or discolouration, which could indicate catalytic converter failure or structural damage, given the vehicle’s age. Finally, examine the tyres for sidewall cracking or perishing, which is more likely in older vehicles due to ozone exposure and prolonged storage. A thorough visual inspection of the undercarriage for rust or damage to the chassis and subframe is also advisable, as corrosion can compromise structural integrity over time. If the car has been used sparingly, consider scheduling a service in line with the manufacturer’s recommendations—typically every 12,000 to 15,000 miles or annually—to address fluid degradation and component wear before they become critical.