2007 Ford Fiesta 1.4L Diesel · AX07 AEV

The vehicle's roadworthiness shows a worsening trend of mechanical and structural degradation. While the July 2026 test at 86,553 miles resulted in a pass, the number of advisories is high and indicates several developing issues. The tester flagged a defective gearbox mounting, multiple distorted road wheels, and worn axle swivel pins and bushes. Corrosion is also becoming an active concern, with both rear coil springs noted as corroded. The presence of an oil leak, which was also noted in September 2019, suggests a long-standing but persistent issue that has not been resolved. The mileage pattern indicates very low annual usage, averaging approximately 4,555 miles per year over its 19-year lifespan. This is evidenced by the jump from 74,784 miles in November 2021 to 82,146 miles in October 2022, followed by a relatively steady climb to the current 86,553 miles. This low-mileage profile explains the specific types of wear seen in the records. The July 2025 test noted front brake discs heavily corroded from standing, a common symptom of vehicles that remain stationary for extended periods. A prospective buyer must prioritize a thorough inspection of the underside and suspension components. Recurring issues with tyre perishing and cracking, seen in 2022, 2025, and 2026, suggest the rubber is aging due to time rather than distance. The recent reports of corroded coil springs and worn axle bushes, combined with the previous mention of a corroded front brake pipe in July 2025, indicate that moisture-related deterioration is a significant risk. Mechanical attention should also be directed toward the drivetrain and wheel integrity. The current advisories for distorted wheels on three corners and a defective gearbox mounting require immediate verification to ensure they do not impact handling or cause further transmission damage. The persistent oil leak and the history of exhaust leaks should be investigated to determine if they are minor seepage or signs of more significant gasket or seal failures.