2016 Volkswagen Polo 1.2L Petrol · RO16 CFZ

The vehicle presents a mixed mechanical profile based on its DVSA MOT records and usage patterns. Over the years, it has maintained a generally clean pass history, with no significant defects reported since 2020, which is encouraging for a car of its age. However, the recurring advisories from 2024 point to persistent issues that warrant close attention. The suspension system shows signs of wear, particularly in the rear bushings and arms, suggesting a gradual degradation that could affect handling and ride comfort if left unaddressed. Additionally, the front tyres have been noted for being worn close to legal limits, indicating possible uneven wear or increased friction that may require inspection during a test drive. Looking at the mileage, the vehicle has accumulated approximately 22,147 miles, which translates to around 2,215 miles per year—considering it is roughly 10 years old. This rate is relatively low for a car this vintage, suggesting the owner may have kept it in a standby or lightly used condition. However, the consistent low mileage combined with the recurring suspension and tyre advisories implies that the car has been sitting for extended periods, possibly leading to increased stress on these critical components. It is important to assess the condition of the suspension bushings, tie rods, and tyre tread depth during the inspection to gauge the extent of wear. For the buyer, it is advisable to focus on the specific areas flagged in the MOT history. When testing the vehicle, pay particular attention to the steering response and any play in the suspension, especially when navigating bumps. The front tyre wear should be evaluated for unevenness and tread integrity, while the rear suspension should be checked for stiffness and any signs of binding. The overall impression should reflect a car with a solid foundation but with components that may need attention soon. This assessment underscores the need for a thorough pre-purchase inspection to ensure no hidden mechanical risks are present.