2010 Renault Megane 1.6L Petrol · LT60 XOV

The vehicle currently holds a roadworthy status having passed its most recent test on 27 June 2025 at 99,757 miles. The maintenance trend shows signs of improvement following a significant mechanical failure in 2023. While the 2025 failure initially flagged thin front brake pads, an insecure exhaust system, and a registration plate lamp, the subsequent pass with no recorded defects indicates that the owner addressed these specific safety items and maintained the vehicle to a standard over the final year. The mileage pattern is consistent with a 16-year-old vehicle, averaging approximately 6,235 miles per year. Between June 2023 at 82,518 miles and June 2025 at 99,757 miles, the car covered 17,239 miles, representing a steady usage rate of roughly 8,600 miles annually. This suggests the car has not been subjected to heavy commercial use though the age of the vehicle means rubber components and metal surfaces are subject to degradation regardless of the low distance driven. A buyer should conduct a close inspection of the front suspension assembly, as the 2023 record revealed a cascade of failures including serious shock absorber leaks, worn suspension arm bushes, strut top bearing play, and anti-roll bar linkage issues. Although these were reportedly rectified, the density of suspension faults in a single test suggests a period of deferred maintenance or previous owner neglect. The history of pitted and scored brake discs in 2023 followed by thin pads in 2025 also indicates that the braking system requires frequent monitoring for uneven wear or corrosion. The previously noted non-excessive oil leak from May 2023 should be verified again during a physical inspection to ensure it has not worsened into a more significant fault. Given the age of the Renault Megane, checking the structural integrity of the chassis for corrosion is also essential, as the MOT record does not explicitly detail structural advisories. The vehicle appears to have been maintained well recently, but the past history of multiple mechanical highlights a need for proactive attention to the front-end components.