2017 Renault Megane 1.5L Diesel · DP17 OGO

The vehicle is currently roadworthy, but the maintenance history reveals a trend of reactive rather than proactive upkeep. While the latest test in February 2026 at 61,232 miles passed, the tester flagged play in the steering rack inner joints. This represents a new mechanical concern that was not present in previous years, suggesting a progression of steering component wear. The transition from a significant 2024 failure to subsequent passes indicates that components are only being addressed once they reach a point of critical failure. At 61,232 miles over nine years, the Megane has averaged approximately 6,800 miles per annum, which aligns with typical low-to-mid range usage patterns. However, the data shows a significant spike in usage between February 2023 and February 2024, where the vehicle covered nearly 9,000 miles in just one year. This period of increased activity coincides with the major failure in January 2024, where the car presented multiple critical defects including an exposed tyre cord, worn brake discs, and a malfunctioning engine management light. A buyer must conduct a thorough physical inspection of the front suspension and steering assembly. The record shows recurring issues with track rod ends and steering rack inner joints, which can lead to imprecise handling and uneven tyre wear if not properly adjusted or replaced. The braking system also requires scrutiny; the 2025 test noted binding rear calipers, following the 2024 failure for significantly worn discs and pads. This suggests the calipers may be sticking, leading to premature wear of the friction components. Tyre management has historically been poor, with multiple advisories and a failure for uneven wear and exposed cords across the last three years. Before purchasing, it is essential to check the current set of tyres for sufficient depth and even alignment, as the previous history of inner edge wear indicates potential geometry issues. The 2024 failure for an inoperative engine warning light also means the electronic system should be verified to ensure no fault faults remain in the engine management module.