2006 Toyota Aygo 1.0L Petrol · BP06 ECZ

The vehicle presents a concerning roadworthiness profile characterized by a history of reactive maintenance rather than proactive mechanical care. While the most recent test in September 2024 at 80,690 miles passed, it carried an advisory for a minor exhaust leak and a damaged mirror. This pass follows a volatile period in late 2023 where the car failed two tests within a single month. The trend suggests that the owner only addresses mechanical faults when they prevent a legal certificate from being issued. At 20 years old, the Toyota Aygo shows exceptionally low annual mileage for its age, averaging approximately 4,000 miles per year. However, this low usage often correlates with the degradation of rubber components and seals from inactivity. Between September 2022 at 68,911 miles and September 2023 at 75,113 miles, the vehicle covered only 6,202 miles yet suffered from multiple failures related to power steering and suspension, indicating that the car may have sat stationary or been neglected between periods of use. A buyer must scrutinize the suspension and braking systems due to recurring issues. The tester repeatedly flagged worn front anti-roll bar bushes and pins across multiple years, alongside thinning brake pads and pitted discs in earlier records. The presence of a binding nearside rear service brake in September 2023 suggests a sticking caliper or perished cylinder that requires immediate inspection to prevent uneven wear. The corrosion on the rear coil springs noted in 2023 is a structural concern that should be monitored for fractures, especially given the age of the vehicle. Physical inspection should also focus on the exhaust system identified in 2024 and the condition of the power steering system, which was a major failure in 2023. Given the history of taped bumpers and deteriorated registration plates, the overall cosmetic condition of the vehicle appears neglected. The low mileage does not currently offset the evidence of age-related wear on the mechanical linkages and rubber components documented in the MOT history.