2006 Renault Grand Scenic 1.5L Diesel · FH55 AEM

The vehicle presents a questionable roadworthiness profile based on the last recorded MOT, which is now five years old. While the car passed its test on 21 September 2021 at 149,166 miles, this followed just eight days after a comprehensive failure. The maintenance trend appears reactive rather than proactive, as the vehicle failed multiple critical safety items simultaneously. The lack of any records beyond 2021 suggests the previous owner only addressed faults necessary to pass the test rather than following a preventative service schedule. The recorded mileage of 149,166 miles over a twenty-year span averages to approximately 7,458 miles per year. This is consistent with low-average usage for an older family vehicle, but the data reveals a significant temporal gap. Since the last test in September 2021, there is no official verification of the vehicle's mechanical condition for the past five years. This gap hides the current state of rubber components, braking hardware, and structural integrity, which degrade over time regardless of mileage. A buyer must conduct a thorough physical inspection of the front-end suspension and braking system. The September 2021 failure highlighted excessive wear on both front suspension arm ball joints and a distorted nearside front wheel, which should be checked for play in the steering and potential alignment issues. Furthermore, the record noted thin rear brake pads and worn discs. Given the age of the vehicle, these components have likely reached the end of their functional life and require replacement. Structural attention is also required for the nearside rear coil spring, which was flagged as corroded in 2021. Corrosion on springs often leads to sudden fractures under load. The insecure exhaust system noted during failure was also a point of concern. Because of the age of the Renault and the time since the last MOT, the buyer should specifically inspect the underbody and mounting points for significant structural rust, which is a common failure point on these models after two decades.