2005 Renault Clio 1.6L Petrol · FG05 YTA

The vehicle's MOT history reveals a pattern of recurring mechanical failures that culminated in a clean test in September 2022 following several unsuccessful assessments. Between 2018 and 2022 the car suffered a series of failures including dangerous macrostrut top bushing wear on the front side, serious rear shock absorber fluid leakage, persistent front anti-roll bar linkage deterioration, and multiple electrical deficiencies such as non-functional position and registration lights. While the September 2022 examination passed with no recorded defects, the cumulative nature of the prior failures—spanning nearly four years across different subsystems—indicates underlying structural and hydraulic weaknesses rather than simple intermittent issues. The latest clean result provides reassurance regarding current compliance but does not erase the earlier warning signs that triggered repeated groundings. At 107,394 miles on a 2005 model, the vehicle accumulates approximately 5,114 miles per year, which is anomalously low for a car of this age and raises questions about its true usage profile. Such a modest mileage figure, especially when contrasted with the documented failure pattern involving suspension, lighting, and exhaust systems, suggests either very selective driving or extended periods where the vehicle sat idle. Low mileage typically delays normal consumption of consumables like fluids and rubber components, yet the presence of oil leaks, brake pad wear, and exhaust gas leaks in past records implies that the internal systems have already endured significant stress despite the reduced kilometre count. The irregular spacing between tests—from May 2018 through September 2022—further complicates the picture by showing that the car did not receive regular roadworthiness verification during its operational life. The suspension architecture presents the most immediate concern for a prospective buyer, beginning with the rear shock absorbers which suffered a major fluid leak in September 2021 and continued to exhibit front upper MacPherson strut top bushing wear or free play in subsequent tests. During a test drive, pay close attention to how the front end responds when encountering bumps; a harsh knocking or thudding sensation would indicate compromised rear shock absorber seals or worn struts. Additionally, inspect the area around the front and rear brake lines for any fresh oil stains or drips, as the 2021 and 2022 records specifically flagged oil leakage as an advisory item. Gently rocking the steering wheel while the engine is running can help detect abnormal play in the suspension bushings, particularly at the front upper strut mounts and nearside rear shock assembly locations. The exhaust system also requires rigorous attention given the repeated failures of both central and rear sections throughout the 2018–2022 period. These entries consistently described major leaks and insecurity of the exhaust assemblies, pointing to potential rust penetration or loose clamps that could allow exhaust gases to escape and compromise emissions and cabin safety. Visually examine the central exhaust manifold and tailpipe connections for signs of corrosion, rust flaking, or disconnected fittings. While the front headlight cloudiness noted in 2021 and 2022 is cosmetic and less urgent than the structural and hydraulic concerns, ensuring the lenses are clear is still advisable. Overall, this vehicle carries a moderate risk profile driven primarily by suspension and exhaust system degradation, and a hands-on inspection of these specific components is essential before committing to purchase.