2009 Renault Clio 1.1L Petrol · LM59 VSF

The 2009 Renault Clio presents a complex roadworthiness picture marked by a recurring pattern of serious failures across suspension, substructure, and exhaust systems, with the most recent 2026-09-10 MOT test recording advisories rather than a clean pass. While the September 2026 test cleared the vehicle, it did so with two persistent concerns—inner rim distortion on the nearside front wheel and extreme inner-edge wear on both front tyres—both of which echo earlier failures where the same areas proved unreliable. A prior failure in 2025 saw a rear coil spring break completely, and another in 2023 exposed severe subframe corrosion, creating a clear trajectory of escalating mechanical stress despite the modest mileage figure. The low recorded mileage of 76,334 miles over 17 years averages approximately 4,490 miles per year, which appears anomalous given the severity of past failures and suggests either very limited use or prolonged periods of inactivity rather than regular driving. The mileage figures raise important questions about the vehicle's actual usage profile compared to its reported history of repeated breakdowns. With nearly seven months elapsed between the 2025-09-04 failure and the 2026-09-10 passing, the underlying issues were not addressed before the next test, leaving residual vulnerabilities to manifest again. The average annualisation of 4,490 miles would typically indicate substantial wear on suspension bushings, brake components, and drivetrain elements, yet the lack of intermediate test results since 2025 creates uncertainty about whether the vehicle has been driven regularly enough to generate such consistent deterioration. If the low mileage reflects genuine infrequent use, the mechanical system may have avoided accelerated degradation, but the persistence of coil spring fractures and subframe corrosion elsewhere suggests that even minimal engagement exposes vulnerable assemblies to fatigue and corrosion. Based on the documented failures, particular attention should be given to the front subframe, which suffered catastrophic corrosion in 2023 and remains a critical weak point requiring thorough inspection before purchase. The rear coil spring broke during the 2025 failure, pointing to potential fatigue in the coil assembly itself—listen for clunking noises when traversing uneven surfaces and check for visible play or deformation in the rear suspension geometry. Additionally, the front subframe weakness could propagate to the wheel mounting points, so inspect the nearside front road wheel for any signs of outer rim distortion or out-of-roundness that might affect handling and braking stability. Given the history of tire wear on the extreme inner edge, verify that both front tyres maintain proper load transfer and that the tread depth does not exceed legal limits, as excessive inner-edge wear often indicates premature tyre life depletion. On the current advisory items, the nearside front road wheel showing slight inner rim distortion warrants a visual and tactile assessment for cracks, bending, or thinning of the wheel bead, particularly when the wheel is mounted upside down on the jack stands. Simultaneously, the front tyres being worn on the extreme inner edge should be checked for uneven contact patch, sidewall bulging, or cupping that could indicate misalignment or differential wear patterns. During a test drive, pay close attention to how the car handles over bumps—the rear coil spring failure historically caused loss of ride quality and possible vibration transmission through the chassis—and confirm that the steering feels stable with no pulling to one side. Any of these issues, if confirmed, would require immediate repair before committing to ownership, as the underlying structural weaknesses identified in earlier test cycles remain relevant to the vehicle's ongoing reliability.