2009 Renault Megane 1.5L Diesel · LJ54 ALY

The vehicle's roadworthiness shows a pattern of reactive maintenance rather than preventative care, though the most recent test on 4 February 2026 at 133,040 miles indicates a stable status with only minor cosmetic defects to the headlamp lenses. While the car passed its latest inspection, the history reveals a recurring cycle of failures involving suspension components, lighting, and braking systems. The trend suggests that significant repairs are only undertaken when a test failure necessitates them, rather than addressing wear as it develops. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 7,800 miles per year. The record shows steady usage, moving from 109,575 miles in March 2018 to 133,040 miles in February 2026. There are no significant gaps in usage that would suggest long periods of inactivity, which is positive for preventing seal degradation, but the consistent mileage has led to predictable wear on consumables and structural elements. A prospective buyer must conduct a thorough inspection of the chassis and suspension, as corrosion has been a persistent issue. The June 2023 test flagged corrosion on the nearside rear brake pipe and the offside rear front subframe mounting, while the June 2022 failure highlighted several critical failures including a fractured offside rear coil spring and worn lower suspension arm bushes. The history of Macpherson strut issues, including a seriously weakened and leaking unit in June 2024, suggests the front suspension requires close scrutiny for any signs of renewed leaking or noise. Braking components and electrical reliability also warrant attention. The record shows multiple instances of brake pipe corrosion and issues with parking brake efficiency. The frequent failures regarding bulbs and lamps, such as the stop lamp and position lamp failures in June 2025, indicate that basic electrical upkeep has been neglected. Finally, the mention of no recorded cambelt history during the June 2022 test is a significant mechanical risk for this engine type and should be verified immediately.