2010 Renault Scenic 1.6L Petrol · SB59 KFX

This 2010 Renault Scenic presents a mixed mechanical record characterized by recurring failures for braking faults, suspension degradation, and lighting components across its testing history. The vehicle secured a pass on October 30, 2020, following an initial failure two weeks prior due to an excessively binding nearside rear service brake and insufficient parking brake efficiency, though the subsequent pass still noted a fluctuating nearside rear service brake. This pattern builds on earlier failures, including a 2018 test involving a fractured nearside rear coil spring and an ineffective wiper, and a 2019 test featuring a non-functioning offside front dipped beam headlamp alongside multiple structural advisories. The historical trajectory shows a vehicle that frequently requires corrective intervention to clear major defects before achieving compliance. Accumulating 106,101 miles over its sixteen-year lifespan yields an average of roughly 6,631 miles driven per year, reflecting a standard, moderate usage profile. The test records show regular annual attendance at testing stations without extended gaps of inactivity or sudden spikes in mileage accumulation. This consistent, moderate deployment means the vehicle has not suffered from prolonged periods of sitting idle that can induce seizure in braking components or degradation of rubber seals, but it has accumulated enough cumulative distance to warrant significant wear across its primary mechanical assemblies. During a physical inspection and test drive, a prospective buyer must pay rigorous attention to the specific components repeatedly highlighted in past test documentation. Listen carefully for knocking or clunking noises from the front axle over rough road surfaces, which would indicate progression of the previously noted play in the nearside front anti-roll bar linkage and wear in the offside front lower suspension arm bushes, the latter of which was recorded as starting to split. Suspension wear of this nature directly affects steering precision, tracking stability, and tyre wear patterns. Furthermore, thoroughly inspect the rear braking system, checking the wheels after a drive to ensure no residual heat points toward a binding caliper, and visually examine the condition of the nearside rear brake pipe which was previously noted as corroded and greased. Test the electronic parking brake repeatedly on a steep incline to confirm it holds the vehicle securely, given its history of failing efficiency requirements. Finally, verify the complete operational integrity of all exterior lighting and ensure the headlamp aim and leveling mechanisms function correctly to prevent recurring electrical and optical failures.