2012 Volkswagen Tiguan 2.0L Diesel · SC12 KNF

The most recent MOT test on the 2012 Volkswagen Tiguan, conducted on 2023-06-08, returned a clean pass with only a series of recurring advisories related to suspension components and tyre condition. While the vehicle has not failed an MOT since 2020, the pattern of repeated wear-related advisories—particularly concerning the front suspension arm bushes and rear anti-roll bar ball joints—suggests a consistent but not yet critical maintenance issue. The absence of major failures or dangerous conditions in the last five years indicates a stable roadworthiness profile, though the advisories warrant proactive attention to prevent progression into more severe mechanical wear. The fact that the 2020 test included dangerous brake disc failures underscores the importance of addressing the suspension advisories promptly, as they may contribute to uneven brake pad wear or reduced braking efficiency over time. The recorded mileage of 41,880 miles for a vehicle aged approximately 14 years represents a notably low annual usage rate of around 2,991 miles per year, which is unusual for a car of this age. Such low mileage often reflects periods of prolonged stationary use, particularly if the vehicle was kept in a garage or used primarily for short commutes. However, this usage pattern can accelerate wear in certain areas, especially where components remain stationary for extended periods. For instance, standing brake discs can corrode or develop binding calipers due to moisture ingress, leading to reduced braking performance or premature pad failure. Additionally, suspension bushes and ball joints exposed to static conditions may dry out or stiffen, exacerbating the wear already noted in the advisories. The low mileage also raises concerns about calendar-based degradation of fluids, such as brake fluid, which can absorb moisture and become less effective over time, regardless of mileage. Given the recurring suspension advisories and the potential for standing-related corrosion, the prospective buyer should conduct a thorough inspection focusing on the front and rear suspension components. During a test drive, listen for unusual clunking or rattling noises from the front suspension, particularly when driving over bumps, as this may indicate worn or failing suspension bushes. Check for uneven tyre wear patterns, which could suggest misaligned wheels or suspension issues, and inspect the tyres for sidewall cracking or perishing, which is more likely at this age even with low mileage. The brake system should be evaluated for any signs of binding or reduced responsiveness, as the previous MOT failures highlighted serious brake disc conditions. Additionally, verify the condition of the exhaust system for leaks or excessive noise, which may indicate internal component failure. For fluids, check the brake fluid level and condition, as well as the coolant and oil, ensuring they are within specification and free from contamination. If the vehicle has been stationary for long periods, inspect the battery terminals for corrosion and ensure the battery holds a charge, as prolonged disuse can lead to sulphation or reduced capacity. If the vehicle has been used sparingly and maintained with minimal mileage, the buyer should also pay particular attention to the tyre sidewall integrity, as age-related perishing can occur even with low usage. Check for any visible cracks, delamination, or dry rot in the sidewall rubber, which can compromise tyre safety. The registration plates should be verified for legibility, as the 2020 MOT failure highlighted this as a major issue, and any deterioration should be addressed promptly. Finally, review the service history for the suspension and brake systems, ensuring that the advisories from previous MOTs have been addressed or are being monitored closely. A professional inspection by a qualified mechanic would be advisable to confirm the condition of the suspension components, brake discs, and overall structural integrity, particularly given the history of brake disc failures.