2016 Renault Megane 2.0L Petrol · F14 HOD

The 2016 Renault Megane holds a valid MOT certificate issued on 29 October 2025 at 61,228 miles, following a same-day retest after an initial failure for a non-functioning nearside dipped beam headlamp. That headlamp defect was rectified promptly, but the accompanying advisory for all four tyres worn close to the legal limit and worn on edge remains a live concern. The maintenance trend is broadly stable rather than improving. A clean pass in October 2024 at 46,684 miles suggests a period of low defect frequency, yet the recurrence of tyre wear advisories in both April 2023 and October 2025 points to a persistent issue, likely indicating ongoing alignment or suspension geometry concerns rather than simple neglect of tyre condition. The mileage progression reveals a notable gap between October 2024 and October 2025, during which the car covered approximately 14,544 miles in a single year, a sharp increase compared to the prior average of roughly 6,000 to 7,000 miles annually. This spike in use, concentrated in the most recent twelve months, places accelerated stress on consumable components, particularly tyres, brakes, and suspension bushes. The rapid accumulation also implies sustained motorway or high-speed driving, which can mask underlying wear if components were already marginal before the increase. The repeated advisory for edge wear across all four tyres is the most significant pattern in this record. Edge wear, particularly when present on all corners, typically points to incorrect toe or camber settings rather than simple underinflation. A prospective buyer should arrange a four-wheel alignment check before purchase and inspect the front and rear suspension bushes, drop links, and track rod ends for play. Uneven tyre wear at this frequency suggests the geometry may have been disturbed and never corrected, which will continue to destroy replacement tyres if left unaddressed. Beyond the tyre issue, the nearside headlamp failure on the day of the October 2025 test warrants a brief inspection of the bulb holder, wiring loom, and connector for corrosion or moisture ingress, as intermittent lighting faults can recur. With no structural corrosion, brake, or exhaust defects recorded across the full history, the primary mechanical risk remains confined to the suspension geometry and tyre wear pattern. A thorough test drive over uneven surfaces, combined with a suspension inspection on a ramp, will confirm whether the underlying cause of the edge wear has been resolved or is still present.