2010 Renault Megane 1.5L Diesel · EX59 GTY

Persistent suspension and tyre wear issues define the mechanical history of this Renault Megane, which transitioned from a period of clean passes into a pattern of recurring component degradation. While the vehicle successfully secured a pass on 6 November 2025, the record shows a progression of mechanical fatigue, including repeated advisories for suspension play, uneven tyre wear, and persistent oil leaks. The transition from a failure in 2025 due to a lighting defect to a subsequent pass indicates that basic maintenance is being addressed to satisfy regulatory standards, yet the underlying wear items remain a consistent feature of the annual inspection cycle. Accumulating 166,009 miles over sixteen years results in an average of approximately 10,376 miles per annum, which is consistent with typical usage for a vehicle of this vintage. This level of mileage suggests that the car has been in regular operation rather than subjected to prolonged periods of inactivity. Mechanically, this indicates that high-wear components such as bushes, ball joints, and seals have been subjected to sustained friction and thermal cycling, necessitating a closer examination of the drivetrain and chassis integrity beyond the scope of a standard MOT test. Prospective buyers should prioritise a thorough inspection of the front suspension geometry and braking system, as the recurring advisories for ball joint play and uneven inner-edge tyre wear point to potential alignment issues or worn wishbone bushes. During a test drive, listen carefully for clunking or knocking sounds when traversing speed bumps or uneven surfaces, which would confirm the presence of play in the suspension arms or anti-roll bar linkages. Additionally, the note regarding a binding rear service brake requires immediate verification; ensure the vehicle does not pull to one side under braking and check for excessive heat radiating from the rear wheels after a short drive, as a binding caliper can lead to premature pad wear and reduced braking efficiency. The recorded oil leak, while currently noted as not excessive, warrants a detailed inspection of the engine bay and underside to determine the source and severity. Look for signs of oil accumulation on the engine block or transmission casing, and check for any drips on the driveway after the vehicle has been parked. Given the previous history of corrosion on the rear shock absorbers and the underbody, a physical assessment of the vehicle's structural integrity is essential. Ensure that the chassis, sills, and subframe are free from significant surface or structural rust, as the age of the vehicle makes these areas increasingly susceptible to degradation that may not be fully captured by the annual MOT inspection.