2014 Renault Clio 0.9L Petrol · YC14 KFU

The 2014 Renault Clio presents a mechanical picture dominated by recurring structural and braking failures that have persisted across multiple test cycles, culminating in a successful but still-advisory-passed MOT in July 2026. Two separate failed assessments in 2024 and 2022 both recorded fractured or broken coil springs—first in June 2022 and again in June 2024—alongside severe emissions complications including a major exhaust leak and unsuccessful emissions test completion. These two instances of critical coil spring failure are not isolated incidents but part of a broader pattern where the suspension linkages have progressively compromised, which explains why even the most recent 2026-07-01 pass carried advisories rather than a full clean. While the vehicle has returned to passing status, the persistence of these same failure modes suggests underlying design weaknesses or inadequate repair quality that would require careful verification before committing to purchase. At 86,471 miles on its twelve-year lifespan, the Clio's annual consumption rate of approximately 7,200 miles aligns reasonably with expected usage patterns for a model of this age, though the absence of a MOT between May 2024 and June 2025 spans just six months and does not indicate irregular driving behaviour. The concentration of major failures within a narrow three-year window (2022-2024) rather than being evenly distributed across the ownership period hints at a progressive degradation trajectory rather than sporadic breakdowns. Without more frequent testing throughout the latter portion of the ownership timeline, the true extent of wear on suspension components, brake systems, and drivetrain assemblies remains uncertain, making the current condition potentially more fragile than the MOT report alone might suggest given the history of repeated coil spring fractures. The coil spring failures demand particular attention during any test drive, as the front coil springs govern ride comfort and handling stability; listen for any clunking or knocking over speed bumps or rough pavement surfaces, which would indicate internal bushing wear or spring fatigue. Brake system health requires close observation too—the front coil spring fracture and reported brake pad thinning alongside scored discs point toward potential brake fade under sustained load, so feel for pedal judder or vibrations when applying the brakes, especially during acceleration and deceleration phases. Additionally, the persistent exhaust emission issues warrant a visual and olfactory inspection of the rear exhaust system, looking for cracked hangers, leaking flanges, or damaged rubber boots, followed by confirmation that the vehicle passes the emissions test completely with zero warning lights active upon restart. Given that the latest MOT merely noted residual advisories, independent verification of these three systems through a hands-on inspection is essential before proceeding. Buyers should treat the coil spring condition as a primary red flag, requesting documentation of how the prior repairs were executed and whether replacements were original OEM parts or aftermarket equivalents that may not match the original specifications. A thorough suspension walkaround should include pressing down on each corner and listening for abnormal noises, checking for uneven tire wear indicating alignment or strut issues, and confirming that the rear axle housing remains intact with no visible corrosion or play. For the braking system, confirm that the front discs are free of deep scoring or glazing that could compromise stopping power and that the caliper slides operate smoothly without sticking. Finally, examine the entire exhaust assembly under warm conditions to detect any new leaks that might have developed post-MOT, and verify that all electrical connections related to the ABS sensor or emissions control unit are secure and free of corrosion, as these can cause intermittent faults that appear after extended periods of storage or driving.