2009 Renault Clio 1.1L Petrol · DN59 KAU

The mechanical profile of this 2009 Renault Clio reveals a clear pattern of localised structural and consumable issues that have recurred across several test cycles rather than a single isolated repair event. The most recent test on 31 October 2025 returned a clean pass with no advisories, which interrupts a sequence that previously included multiple failures in 2022, 2023 and 2024. The earlier defects are significant: a fractured nearside front coil spring and a dangerous offside rear tyre failure in 2022, a dangerous nearside rear tyre separation in 2023, and contaminated brake fluid coupled with another nearside front tyre advisory in 2024. The recurrence of dangerous tyre defects on different axles over consecutive years suggests that tyre condition has been an ongoing operational concern rather than a one-off event, and the suspension failure indicates that the spring assemblies on this chassis should not be assumed to be problem-free simply because the latest test was clean. The recorded mileage of 24,098 miles across 17 years equates to an annual accumulation of roughly 1,418 miles, which is well below the typical usage rate for a vehicle of this age. This low annual figure is consistent with either limited regular use or extended periods where the vehicle was off the road, and the MOT history supports this interpretation, with annual tests recorded from 2021 onwards following what appears to be a longer gap earlier in the vehicle's life. From a mechanical standpoint, low annual mileage reduces wear on major drivetrain components such as the clutch, gearbox internals and engine bottom end, but it can accelerate deterioration of rubber and polymer components due to prolonged static loading, infrequent thermal cycling and dry storage conditions. The historical advisory for perished rear tyres and the suspension coil spring fracture are consistent with this pattern, as rubber cracking and spring fatigue are both accelerated by standing rather than by mileage accumulation alone. For a prospective buyer, the brake fluid contamination failure from October 2024 is the single most recent component-level concern and warrants verification that a full fluid flush was carried out, including replacement of any moisture-laden fluid within the ABS modulator and caliper circuits. The presence of contamination at a previous test does not automatically mean the system is compromised today, but the age of the vehicle means that internal caliper seals and brake hoses should be inspected for signs of perishing, and a firm brake pedal with no sponginess or excessive travel should be confirmed during the test drive. The nearside front upper anti-roll bar ball joint play recorded in 2021 is another area worth particular attention; this linkage transmits lateral load between the strut and the body, and any renewed play will typically manifest as a clonking or knocking noise from the front suspension over uneven surfaces, vague or imprecise steering response, and occasional rattling when traversing speed bumps. The recurring dangerous tyre failures on both rear and nearside positions across different years warrant close physical inspection of all four current tyres, with particular attention to sidewall integrity, tread separation and any signs of bulges or cracking in the rubber compound. Given that two of the recorded failures were specifically attributed to structural separation of the tyre, it is worth confirming that replacements were of an equivalent or higher load rating, and that the wheels have been balanced and aligned correctly since. On the test drive, listen for any front suspension knocking or creaking over rough roads, which would suggest deterioration of the coil springs, top mounts or anti-roll bar linkages. Steering should feel direct and self-centring without pulling to either side under braking or acceleration, the brake pedal should remain firm under sustained application, and the engine should run without irregular idle fluctuations that might indicate extended standing-related issues such as vacuum leaks or perished intake hoses.