2016 Renault Megane 1.5L Diesel · BN16 ABF

The most recent DVSA MOT test for this 2016 Renault Megane was conducted on 12 February 2025, resulting in a pass with no defects or advisories recorded, and the preceding test on 15 February 2024 also passed cleanly. The single failure on 14 February 2024 is immediately followed by a pass the next day, which strongly suggests an immediate rectification of a minor, easily resolved issue rather than any underlying mechanical concern, although it remains prudent to investigate what caused that initial refusal. Overall, the trend over the documented test history demonstrates a stable and well-maintained pattern, with no recurring advisories concerning brake condition, suspension components, tyre wear, or structural corrosion appearing in recent examinations. A clean advisory record on a ten-year-old vehicle of this mileage is a positive indicator, though it does not eliminate the need for a thorough physical inspection prior to purchase. With 164,413 miles recorded against a ten-year vehicle age, this Megane has covered approximately 16,441 miles annually, which is notably above the national average and confirms it has been used extensively, likely covering a mix of motorway and urban driving. There is a significant gap in documented testing between September 2021 and February 2024, which may indicate the vehicle changed ownership, was off the road, or simply had tests unrecorded in this dataset. The high mileage has direct mechanical implications, as components such as the clutch, dual mass flywheel if fitted, turbocharger (on diesel derivatives), suspension bushes, coil springs, wheel bearings, and drivetrain mounts will have experienced accelerated wear compared to a lower mileage counterpart. Any irregular gaps between service intervals or missing service book history should be questioned, as high-mileage vehicles demand strict adherence to manufacturer schedules. Given the elevated mileage and age, a prospective buyer should carry out several physical checks beyond the MOT certificate. Tyres warrant close inspection for age-related perishing or cracking of the sidewalls, as the rubber compound degrades regardless of tread depth, and uneven wear patterns may point to worn suspension bushes, tracking misalignment, or droplink failure. The braking system should be examined for disc wear, corrosion around the disc edges, and any signs of binding calipers that may have developed during shorter urban journeys, while the exhaust system and underbody should be checked for corrosion, particularly around mounting points and the rear silencer. On a test drive, listen for any suspension clunks over uneven surfaces, knocking from the steering rack or drop links, brake shudder under heavy application, and any unusual vibrations that could suggest worn driveshaft constant velocity joints or imbalanced tyres. The engine should be observed from cold start for excessive smoke, irregular idling, or timing chain rattle, particularly if it is a diesel variant, and the gearbox should be assessed for smooth selection across all ratios. Time-based servicing items are equally important on a vehicle of this age, irrespective of MOT outcomes. The 12 volt battery should be load tested, as heat degradation and frequent short journeys typical of high-mileage use can significantly shorten its service life. Brake fluid should be changed every two to three years due to its hygroscopic nature, and engine coolant replaced in line with manufacturer schedules to prevent internal corrosion and water pump wear. If the vehicle is diesel, the timing belt or chain replacement interval must be verified, as failure of either component on a high-mileage engine can result in catastrophic damage. The diesel particulate filter should be confirmed as having a history of regular motorway running to facilitate passive regeneration, as predominantly urban use risks costly blockage. Verifying complete service history, including cambelt or chain changes, fluid records, and any replaced wear items, will provide the clearest indication of how well this high-mileage Megane has been mechanically sustained.