2015 Renault Megane 1.5L Diesel · LP64 NWS

The vehicle currently presents a stable roadworthiness profile following a clean pass in the May 2026 test at 76,333 miles. This follows a period of fluctuating maintenance standards where the car experienced several failures. While the most recent results show no defects, the history reveals a pattern of reactive rather than preventative maintenance, particularly regarding lighting and minor mechanical wear. The mileage accumulation is consistent with a typical long-term usage pattern for an eleven-year-old vehicle, averaging approximately 6,939 miles per year. The record shows steady progression from 22,004 miles in March 2018 to the current 76,333 miles in May 2026. There are no significant gaps in testing, and the mileage increments between annual tests suggest regular, predictable use rather than long periods of stationary storage. A prospective buyer should focus inspections on the front suspension and drivetrain components. The offside front wheel bearing has been flagged with slight play in three separate tests between 2023 and 2026, suggesting a recurring issue or a component that has not been fully addressed. The history also shows significant wear in the suspension system, including worn bushes and corroded coil springs noted in the March 2024 failure at 66,850 miles. Although the May 2026 test was clear, the previous issues with shock absorber misting and CV boot deterioration indicate that the rubber components and damping units require careful physical inspection for signs of weeping or splitting. The recurring failures regarding stop lamps and windscreen wipers suggest that basic consumable upkeep has occasionally been overlooked. While the brake discs and pads were noted as worn in March 2020, more recent records do not indicate ongoing braking issues, but a manual check of pad thickness and disc surface condition remains prudent. Given the history of corrosion on the rear coil springs, a thorough check of the underbody for structural integrity and advanced oxidation is recommended.