2002 Renault Clio 2.0L Petrol · EO52 YCD

A recurring pattern of brake system, lighting, and powertrain defects defines the recent structural roadworthiness of this Renault Clio, highlighted by a pass recorded on 2025-07-11 following an initial failure earlier that same year for parking brake inefficiency, lighting failure, and brake pipe corrosion. This vehicle demonstrates a history of recurring mechanical interventions, carrying persistent advisories for an engine oil leak across multiple annual inspections alongside recurrent items such as frayed seatbelt webbing and deteriorating rear brake lines. The overall trajectory reflects an aging chassis requiring consistent attention to braking performance and electrical auxiliary components to maintain compliance, rather than a trouble-free history. With a total of 125,284 miles accumulated over approximately twenty-four years, the car has averaged roughly 5,220 miles annually, representing a low overall usage profile for its age. This modest yearly mileage pace suggests the vehicle may have spent extended periods idling or undertaking short urban journeys, which can accelerate internal engine wear through incomplete warm-up cycles and increase vulnerability to exhaust component degradation. The testing cadence reveals occasional concentrated intervals between test dates, pointing to intermittent periods of use or off-road storage that require careful verification of mechanical tolerances during an in-person inspection. Prospective buyers must prioritise a rigorous physical inspection of the items flagged on recent test certificates, starting with the rear braking architecture where pitted brake discs, parking brake efficiency failures, and greased or corroded rear brake pipes to the calipers have been formally noted. On a static inspection, check the underbody thoroughly for the source of the persistent oil leak and inspect the nearside rear tyre for surface cracking or perishing along the sidewall. The interior requires scrutiny of the nearside rear seatbelt webbing for fraying and verification that all supplemental restraint system warning lights illuminate and extinguish correctly upon startup. During the dynamic road test, evaluate the parking brake on a steep incline to ensure it holds the vehicle securely without excessive lever travel, addressing the historical failures regarding braking efficiency. Listen carefully for any unusual noises from the rear axle that might indicate worn brake components or failing wheel bearings, and check that the brake pedal offers a firm, progressive bite without excessive travel or judder. Finally, verify that all vehicle lighting, including the central upper stop lamp and all rear stop lamps, operates reliably to ensure the electrical system faults identified during its recent testing history have been fully resolved.