2013 Renault Clio 1.5L Diesel · YC63 VLP

A recurring pattern of front-end component wear defines the mechanical history of this 2013 Renault Clio, with the front axle repeatedly flagged across nearly every test on record. The most recent entry on 7 October 2025 shows a pass, but only after a failure the day before attributed to a split nearside front CV joint boot that could no longer prevent dirt ingress. This is not an isolated incident; a similar minor advisory for an offside front CV boot in severely deteriorated condition appeared at the 2022 test, suggesting chronic exposure of drivetrain joints to contamination. The near-annual recurrence of front suspension advisories, including light oil misting on the nearside front shock absorber recorded in both 2023 and 2024, alongside a major failure for an excessively worn nearside front suspension arm ball joint in October 2023, indicates that the front suspension and drivetrain components are subject to consistent stress rather than one-off wear. The vehicle has now demonstrated three failures across the visible history, with overlapping advisories on front tyres worn close to the legal limit in 2020, 2022, 2023, and 2025, pointing to sustained and unresolved concerns at the front axle. Recorded mileage stands at 84,041 miles across thirteen years, averaging roughly 6,465 miles annually, which sits within the typical range for a vehicle of this age. The test history shows no prolonged lay-up periods, with annual examinations consistently carried out from 2020 through 2025, so mileage accumulation appears steady rather than punctuated by long standing periods. At this accumulated distance, mechanical expectations for a Clio of this generation include natural wear on suspension bushes, coil springs, brake discs and pads, and CV joint components, and the recorded advisories broadly align with what would be anticipated on a higher-mileage example. The absence of any mileage gaps means the components flagged have been exercised under normal service conditions rather than suffering the dry-joint and seized-oscillation issues more typical of low-mileage or stored vehicles. For a prospective buyer, the priority areas for physical inspection are concentrated at the front of the vehicle. The CV joint boots should be examined visually for any fresh splits, perished rubber, or traces of grease around the inner and outer joints, and during a test drive any clicking or rhythmic knocking that increases with steering angle would indicate worn joints resulting from the prior contamination. The nearside front shock absorber should be inspected for any worsening of the oil misting noted in 2023 and 2024, as continued seepage will progress to a deterioration in damping; pressing down on each front corner should produce a single controlled rebound rather than multiple oscillations. Given that the nearside front suspension arm ball joint was deemed excessively worn as recently as October 2023, the replacement component and adjacent bushes warrant close attention for any knocking over uneven surfaces or vibration through the steering wheel. Brake pedal feel should be checked for firmness and absence of judder, as the 2022 test recorded both thin front brake pads and pitted front brake discs, and any persistent vibration under braking would suggest the discs have worn beyond the advisory threshold noted previously. The tyre condition should be measured directly with a tread depth gauge rather than relied upon visually, as the nearside and offside front tyres were both noted as worn close to the legal limit at the most recent test, with the offside front showing the same advisory repeatedly from 2022 and 2023. Edge wear specifically may indicate incorrect tracking, worn suspension geometry, or partially seized ball joints, so a four-wheel alignment check would be prudent if uneven wear is evident on the replacement tyres. Finally, a thorough road test on varied surfaces including bumps and direction changes will help confirm whether the suspension and drivetrain components replaced or monitored since 2023 have held up under continued use, and whether the front-end mechanical story is stabilising or still in active decline.