2004 Volkswagen Polo 1.4L Petrol · RA04 XYW

The roadworthiness of this vehicle is currently concerning, showing a clear trend of deteriorating maintenance. The most recent recorded test in October 2022 at 103,370 miles resulted in a significant failure across multiple systems, including lighting, braking, lubrication, and structural components. Given that no further MOT records exist for nearly four years since that date, the vehicle is likely operating without a valid certificate or has sat stationary, failing to address the list of critical mechanical faults identified during that final inspection. The vehicle exhibits exceptionally low mileage for its 22-year age, having covered 103,370 miles which averages roughly 4,700 miles per year. However, the data reveals a problematic stagnation in usage. Between September 2020 and October 2021, the car covered only 1,650 miles, and there has been no recorded mileage progress since the October 2022 test. This low-use pattern often leads to the degradation of rubber components, seals, and brake surfaces, which is consistent with the recurring mechanical failures noted in the history. A buyer must inspect the engine for the excessive oil leak that worsened from a minor issue in 2021 to a primary failure in 2022. The drive system requires urgent attention as the front CV boots were flagged for repeated deterioration consistently between 2019 and 2022, suggesting a failure to perform basic preventative repairs. The suspension also shows signs of age, specifically regarding the worn nearside front MacPherson strut pin and previous track rod end issues that indicate long-term wear and neglect. The braking system needs a thorough evaluation, as the 2022 test flagged thin rear pads and worn discs alongside potential binding issues. Structural integrity of the exhaust should be checked for the corrosion on the rear box noted in 2021, as rust on these vehicles typically progresses rapidly once started. Furthermore, the inability to open the nearside rear door from the outside and multiple lighting failures point to a reactive approach to vehicle upkeep where faults are only addressed when they cause a test failure.