2009 Volkswagen Polo 1.4L Diesel · MF09 TBO

A pattern of deteriorating front suspension components and recent vehicle modifications defines the mechanical history of this Polo. While the vehicle passed its last MOT on 16 January 2025, the record shows a persistent trend of worn front lower suspension arm pins and bushes appearing as advisories since 2023. Additionally, the latest test highlights modifications to both the exhaust system and the coil springs, which may affect the vehicle's original ride quality and noise levels. The recorded mileage of 113,550 miles is consistent with the vehicle's age, averaging approximately 6,679 miles per year. This steady rate of accumulation suggests regular use rather than prolonged periods of standing. Mechanically, this level of mileage typically correlates with expected wear on drivetrain consumables and suspension linkages, which is reflected in the recurring advisories for the front suspension arm bushes and the previous failure regarding a split constant velocity boot. During a test drive, specific attention must be paid to the front end for any knocks, clunks, or instability when traversing uneven surfaces or during low-speed manoeuvring, as these are common symptoms of the worn suspension arm pins and bushes flagged in the 2024 and 2025 tests. The modified coil springs should be evaluated for ride height and stiffness, as modifications can sometimes lead to accelerated wear on other suspension components. The modified exhaust system should be inspected for excessive noise or leaks that were noted as an advisory in the most recent test. The MOT history indicates a recurring issue with lighting, specifically headlamp aim and side repeater functionality, which resulted in a failure in January 2025. A physical check should confirm that all exterior lighting is now operating correctly and that the beam pattern is correctly aligned. Furthermore, while the nearside front outer drive shaft joint CV boot was a failure point in 2022, the buyer should listen for any clicking sounds during tight turns, which would indicate that the joint has suffered subsequent wear or that the replacement boot is no longer secure.