2012 Renault Grand Scenic 1.6L Diesel · YF61 VTJ

The vehicle presents a concerning roadworthiness profile characterized by a pattern of deferred maintenance and recurring mechanical failures. While it passed its most recent test in July 2022 at 92,882 miles, the record shows a consistent history of failing on multiple safety-critical items simultaneously. The trend suggests a reactive ownership style where components are only addressed after they fail an inspection, rather than being maintained through preventative servicing. At 92,882 miles over 14 years, the Grand Scenic has covered an average of approximately 6,600 miles per year, which is consistent with typical low-use patterns for a family MPV. However, there is a significant data gap in the records as the last recorded MOT occurred in July 2022. Given that the vehicle has operated for four years without an official safety check, the current state of the tyres, braking components, and structural integrity is entirely unknown and carries a high risk of immediate failure upon purchase. A prospective buyer must conduct a thorough physical inspection of the suspension and braking systems. The history flags recurring issues with the nearside front anti-roll bar linkage and a distorted nearside front wheel rim, which persisted between 2021 and 2022. Furthermore, the 2022 test identified corroded nearside rear coil springs and pitted brake discs on both axles. The buyer should check for advanced surface corrosion on the springs and verify if the brake discs and pads were replaced since the last test. The tyres also require immediate scrutiny, as previous records showed exposed cords and uneven wear in July 2022, and the rubber compound has likely perished or reached legal limits in the intervening four years. The repeated failure due to child seats obstructing seat belt inspections in 2022 also indicates a lack of attention to detail regarding interior safety equipment. Without a recent MOT to verify the current mechanical state, this vehicle represents a significant mechanical risk.