2009 Renault Clio 1.1L Petrol · WL09 MMA

This 2009 Renault Clio demonstrates a recurring history of initial test failures followed by prompt rectifications, culminating in a pass on 28 June 2024. The vehicle's MOT record reveals a pattern of preventable electrical and consumable defects, including multiple historical failures for inoperative lighting, misaligned headlamps, and degraded tyres. While the latest test successfully cleared the vehicle for road use, it carried forward several unresolved or recurring items, such as a slow-retracting front seatbelt, a battery secured inadequately on its carrier, perished rear rubber, and a loose exhaust back box. This consistent recurrence of minor structural and peripheral faults indicates that the vehicle requires persistent attention to basic hardware maintenance rather than enjoying a clean bill of health. Accumulating 101,017 miles over its seventeen-year lifespan, the vehicle averages approximately 5,942 miles per year, representing a relatively low annual mileage accumulation. This usage pattern can occasionally correlate with shorter urban journeys that place higher thermal and mechanical stress on the exhaust system, battery, and braking components due to frequent stop-start conditions. The MOT data reflects this reality through recurring exhaust mount looseness and repeated battery security notices. However, the mileage is evenly distributed across the test history without long periods of statutory off-road declarations or notable testing gaps, meaning the mechanical assemblies have experienced continuous, if modest, operational exposure. When inspecting the vehicle on a test drive, prospective buyers must pay close attention to the front steering and exhaust integrity, specifically listening for rattling or blowing noises from the loose back box identified in recent tests. Check the operation of the offside and nearside headlamp aim, rear indicators, and stop lamps to ensure previous electrical faults have not returned, and manually test the offside front seatbelt to verify whether its slow retraction impedes safe usage or requires component replacement. The physical security of the battery tray and clamps must also be verified under the bonnet to prevent terminal strain or displacement during transit over uneven road surfaces. The condition of the tyres requires careful physical inspection, as perishing, cracking, and wear close to the legal limits have been documented across multiple annual inspections. During the static check, measure the tread depth and inspect the sidewalls of all four tyres for age-related degradation. On the road, assess the braking efficiency and directional stability of the chassis, listening closely for any knocking or play from the front suspension and steering components, given that previous steering linkage wear and severely depleted brake pads have necessitated major intervention earlier in the vehicle's test history.