2005 Renault Clio 1.1L Petrol · LS55 WVT

The most recent MOT test on the 2005 Renault Clio occurred on 2026-09-01, though no formal result is provided for that date—only the preceding tests are recorded. The vehicle’s MOT history reveals a pattern of recurring advisories and a single major failure in 2024, with the most critical issue being the near-side front tyre cut in excess of legal limits, which necessitated repair or replacement. While earlier MOTs in 2023 and 2022 were clean, the 2024 failures indicate a deterioration in structural and mechanical integrity, particularly in suspension components and tyres, suggesting either prolonged standing or under-maintenance. The presence of multiple advisories on anti-roll bar linkage pins or bushes and coil spring corrosion further points to wear progression that warrants closer inspection, especially given the vehicle’s age and accumulated mileage. The recorded mileage of 84,278 miles for a 21-year-old Clio is unusually low, averaging just 4,013 miles per year—a rate that typically reflects either minimal operational use or significant periods of inactivity. Such low mileage can mask wear on consumables like brakes, fluids, and seals, as standing vehicles often suffer from brake disc corrosion, caliper binding, and fluid degradation due to stagnation. Conversely, if the mileage were higher, one might expect more pronounced signs of wear on suspension components, drivetrain elements, and exhaust systems, but the current figures suggest the vehicle has been kept in a relatively static condition. The absence of recent high-mileage accumulation does not inherently mean the vehicle is well-maintained, however, as prolonged idleness can accelerate corrosion in critical areas like coil springs, suspension linkages, and exhaust mounts. For a prospective buyer, the most pressing concerns stem from the MOT history’s recurring advisories and major failures, particularly the coil spring fractures and tyre damage. The near-side front coil spring being fractured or broken is a serious structural issue that could compromise ride quality and handling, potentially leading to uneven tyre wear or suspension misalignment during operation. On a test drive, listen for abnormal clunking or rattling from the front suspension, especially when cornering or over bumps, and check for uneven tyre wear patterns that may indicate suspension misalignment. The worn anti-roll bar linkage pins or bushes, while not yet causing excessive movement, should be inspected for signs of excessive play or binding, which could worsen with continued use. The front brake discs showing pitting or scoring are also a cause for concern, as they may indicate reduced braking performance or the need for disc resurfacing or replacement, particularly if the vehicle is driven frequently. Beyond the mechanical issues highlighted by the MOT, the vehicle’s age and low mileage profile necessitate a thorough physical inspection. Given its age, examine the tyre sidewalls for signs of perishing, cracking, or dry rot, which can compromise tyre integrity and safety. Check for standing corrosion on the bodywork, particularly around the front wheels, exhaust mounts, and suspension components, as prolonged exposure to moisture can accelerate rust progression. Inspect the 12-volt battery for signs of weakness, such as a slow crank, dim headlights, or corrosion on terminals, as older batteries in stationary vehicles often fail unexpectedly. Additionally, since the vehicle has not undergone a full service in recent years, verify the condition of the engine oil, transmission fluid, and coolant, ensuring they are within safe levels and not showing signs of degradation or contamination. Finally, perform a visual and functional check of the exhaust system for leaks or excessive noise, as the rear exhaust mounting defect recorded in 2023 suggests potential long-term issues that should be addressed. If the vehicle is driven regularly, consider scheduling a pre-purchase inspection by a qualified mechanic to assess the suspension, drivetrain, and electrical systems in greater detail.