2014 Renault Clio 1.1L Petrol · SH14 ABK

Recurring brake and tyre issues define the recent mechanical profile of this Renault Clio, which required three separate testing attempts in August 2026 before finally achieving a pass. The transition from a failed state involving binding brakes and incorrect headlamp aim to a successful pass indicates that immediate safety-critical faults were addressed, yet the presence of persistent advisories regarding tyre wear and a deteriorating nearside front constant velocity boot suggests that ongoing maintenance requirements remain high. The vehicle has moved from a period of relative stability in 2025 to a more intensive repair cycle in 2026, highlighting a trend of component fatigue consistent with its age and mileage. Accumulating 116,095 miles over its twelve-year lifespan results in an average of approximately 9,675 miles per annum, a figure that aligns with typical usage expectations for this class of vehicle. This consistent annual mileage suggests the car has been in regular operation rather than sitting idle for extended periods, which generally mitigates the risk of issues associated with long-term storage like seized calipers or perished rubber seals. However, this level of usage places significant cumulative stress on the drivetrain and suspension, meaning that components nearing the end of their service life are likely to require replacement in the near future. Prospective buyers should prioritise a thorough inspection of the braking system, specifically focusing on the rear axle where imbalances were flagged during the most recent testing cycle. During a test drive, listen for any grinding or dragging noises from the rear wheels that might indicate a lingering binding issue, and ensure the handbrake engages firmly without excessive travel. The reported corrosion on the front brake pipes, while previously noted as covered in grease, warrants a physical check to ensure that the metallic lines beneath have not suffered from structural degradation that could compromise hydraulic pressure under heavy braking. The advisory regarding the nearside front constant velocity boot is a critical point of concern, as a failure here can lead to rapid grease loss and internal joint damage. Listen for clicking or knocking sounds while performing full-lock turns at low speeds, which would confirm that the joint has already sustained wear. Furthermore, the recurring notes on uneven tyre wear suggest that the front suspension geometry or tracking may be out of alignment; during the test drive, verify that the steering remains centred on straight roads and does not pull to either side, as persistent misalignment will accelerate wear on both the tyres and the steering rack components.