2019 Renault Clio 0.9L Petrol · BV69 FJD

The defining mechanical story for this 2019 Renault Clio centres on a pattern of tyre-related issues recurring across multiple test cycles, combined with a single significant suspension component failure. Across the seven recorded MOT events spanning 2022 to 2026, the most recent test on 17 August 2026 returned a clean pass with no defects recorded, demonstrating that immediate roadworthiness criteria were met on that date. However, this clean result follows a failure just three days earlier on 14 August 2026, where the offside front suspension arm ball joint was flagged as excessively worn — a major defect that would have rendered the car unroadworthy until rectified. The tyre history is the most persistent theme: the offside rear tyre has appeared with damage, cracking, or perishing advisories on three separate occasions (2023, 2024, and 2024), and a nearside rear tyre cut deep enough to reach the ply or cords caused a failure in July 2024. A front windscreen wiper defect also contributed to a failure in July 2023. While there is no long-term structural or corrosion pattern emerging from these records, the recurrence of tyre deterioration warrants specific attention during pre-purchase inspection. With 27,695 miles recorded over the vehicle's seven-year life, this equates to an average annual accumulation of roughly 3,956 miles — notably low for its age. Such modest usage typically means reduced wear on major drivetrain components, brake friction material, and general mechanical consumables, but it also raises the possibility of extended standing periods. The mileage progression across tests is broadly consistent and gradual, with no rapid increases that would suggest a discrepancy or clock irregularity. There is, however, a gap between the July 2025 test and the August 2026 tests where no mileage progression is verifiable beyond the recorded readings. Low-mileage vehicles can present with dried-out suspension bushes, seized brake calipers from infrequent use, and degraded rubber components — precisely the sort of issues that may explain the excessively worn ball joint flagged in the recent failure. The offside front suspension arm ball joint failure on 14 August 2026 is the most mechanically significant item on this record and demands direct verification before purchase. During a test drive, listen for clonking or knocking noises from the offside front corner when traversing speed bumps, potholes, or uneven road surfaces, and pay particular attention to imprecise steering, vagueness through the steering wheel on turn-in, or any wandering at speed. With the car having passed three days later, it is reasonable to assume the joint was renewed, but the buyer should request documentary evidence of the repair, confirm the component used was of equivalent or superior specification, and inspect for any residual tracking misalignment or uneven tyre wear on the offside front that might indicate the repair was incomplete or subsequent geometry adjustment was omitted. The recurring tyre advisories and failures — particularly the rear tyres in 2023 and 2024 and the front tyres in 2023 — suggest the vehicle may have been operating with ageing or degraded rubber compounds, possibly stored under conditions that accelerated sidewall deterioration. On inspection, examine all four tyres for perishing, cracking, bulges, or cuts not just on the tread face but also on the inner and outer sidewalls, and verify the DOT date codes to confirm they are within an acceptable age window irrespective of remaining tread depth. Given the windscreen wiper failure recorded in 2023, verify both wiper blades sweep the full swept area without smearing or leaving unwiped zones, particularly at the extremes of travel. Finally, given the low overall mileage and the ball joint wear, request that the brake calipers be manually checked for free sliding movement on their guide pins, that all visible suspension bushes be inspected for cracking or hardening, and that the exhaust system be examined for corrosion given periods of potential low use.