2015 Renault Clio 0.9L Petrol · MF15 DYC

A persistent pattern of drivetrain and suspension deterioration has emerged in the recent MOT record of this 2015 Renault Clio, undermining its otherwise steady roadworthiness history. The vehicle passed its most recent test on 13 February 2026 with only an advisory concerning an inner shoulder tyre wear issue on the offside front, yet that pass sits only four days after a failed inspection on 9 February 2026 which flagged a split ball joint dust cover on the front suspension arm, split or insecure constant velocity boots on both front outer drive shaft joints, and a missing rear wheel bolt. The recurrence of CV boot defects is particularly notable, as an identical dual failure occurred on 4 February 2025 in the same locations, suggesting that replacement components fitted after the first failure did not provide a lasting repair or that the underlying cause such as a perished gaiter retaining clip or excess drive shaft movement has not been resolved. Prior to these two test cycles the Clio had passed on 25 January 2023 and 28 January 2022 with no advisories, while the 2024 test introduced brake-related advisories on the nearside front inner pads and front discs. The combined evidence indicates a deterioration in mechanical condition concentrated around the front suspension and drivetrain seals rather than a uniform decline across the vehicle. With 55,117 miles accumulated over approximately eleven years, the usage profile equates to roughly 5,011 miles annually, which is low for a vehicle of this age and points to either extended periods of stationary storage or predominantly short urban trips. The MOT testing itself shows annual continuity from 2022 through 2026 with no gaps in testing, indicating the car has remained on the road consistently rather than being laid up, so the low odometer reading more likely reflects gentle usage patterns. Mechanically, low annual mileage tends to preserve major drivetrain components such as the engine and gearbox internals, but it can accelerate the deterioration of rubber boots, suspension bushes, and gaiters through age-hardening rather than wear, which is broadly consistent with the recurring split CV boots and the perished ball joint dust cover observed here. The brake disc pitting and pad wear advisories in 2024 are also noteworthy given the limited mileage, suggesting that the discs may have corroded through insufficient use rather than wearing down through friction. For a prospective buyer, the immediate priority is a thorough physical inspection of the front drivetrain and suspension, since both CV gaiters and the ball joint dust cover have failed within a twelve-month window. On a test drive, listen for clicking or knocking noises from the front wheels during full-lock turns, which would indicate CV joint contamination following the split boots, and pay attention to any clonks or vibrations over uneven road surfaces that could point to worn suspension components behind the perished dust cover. The brake system warrants direct scrutiny at the front wheels, as the 2024 advisories flagged inner pad wear and pitted front discs, and the 2026 advisory concerning inner shoulder tyre wear on the offside front could be linked to suspension geometry or alignment issues stemming from the worn components. Inspect the rear wheels carefully for any sign of cross-threaded or stripped wheel bolt holes, given that a bolt was recorded as missing at the 2026 fail, and verify that all four corners are fitted with matched tyres of consistent size and tread depth. Finally, request documentation confirming what remedial work was carried out to address the dual CV boot failure in 2025, as the reappearance of identical defects in 2026 raises legitimate questions about the quality or durability of those repairs.