2004 Volkswagen Polo 1.4L Diesel · GF04 AMK

The vehicle’s most recent MOT on 2022-09-02 at 112,228 miles recorded a pass with no defects, but a subsequent failure on the same date suggests an inconsistency in testing outcomes. No defects were noted in either result, indicating the test may have been administrative or procedural. Previous MOTs from 2019 to 2021 at mileages between 104,321 and 109,428 miles also passed with no defects, establishing a stable maintenance trend over the last four years. However, the absence of any MOT records since 2022 raises concerns about the vehicle’s ongoing roadworthiness, as critical components may not have been inspected for over four years. The vehicle’s mileage of 112,228 miles at 22 years old equates to approximately 5,101 miles annually, a low figure that suggests either infrequent use or prolonged periods of inactivity. This pattern increases the risk of component degradation, particularly in rubber seals, hoses, and suspension bushes, which can deteriorate without regular operation. The MOT history shows no rapid mileage spikes, but the sparse data—only five tests over seven years—limits insight into long-term wear. Notably, the 2020-07-31 test at 106,703 miles and 2021-09-03 test at 109,428 miles indicate irregular testing intervals, which may reflect inconsistent maintenance practices. A buyer should prioritise inspecting the underbody for corrosion, especially around chassis rails and suspension mounts, given the low mileage and potential for stagnant fluid buildup. Suspension components, including coil springs and bushes, warrant scrutiny for age-related fatigue, while the brake system should be checked for binding calipers or uneven disc wear. The exhaust system, often overlooked in low-mileage vehicles, may exhibit internal rust due to infrequent use. No structural integrity issues are flagged in the record, but the lack of recent MOT data means critical faults could remain unaddressed. A thorough pre-purchase inspection is essential to confirm the vehicle’s mechanical condition.