2008 Renault Clio 1.1L Petrol · CP08 LSY

A clear pattern of corrosion-related advisories across the rear axle, suspension, and brake hardware defines the mechanical profile of this 2008 Renault Clio, supported by a single MOT failure in 2019. The most recent test on 22 September 2023 returned a pass but flagged corrosion to the rear axle assembly, continuing a theme seen across multiple previous examinations. In 2022, both rear suspension components were recorded as corroded alongside an oil leak noted as not excessive and slight perishing to both rear tyres. Earlier records show near-side front track rod end ball joint play noted in both 2018 and 2021, indicating a recurring steering component concern that has been monitored across several tests. The September 2019 failure, attributed to an insecurely attached off-side front anti-roll bar linkage, along with slight corrosion to both front brake hose ferrules, is the only major defect in the seven-test history and demonstrates that chassis and brake hardware deterioration has been the principal area of concern rather than powertrain or emissions items. Against an 18-year vehicle age, the recorded 87,475 miles equates to approximately 4,860 miles per year, which is notably low for the platform and indicates either extended periods of light use or significant standing time between tests. The MOT testing pattern itself shows consistent annual presentations from 2017 through 2023, with no multi-year lay-up evident in the DVSA record, suggesting the vehicle has remained in regular use despite the modest mileage accumulation. Low annual mileage of this nature typically results in greater exposure to surface corrosion on underbody and chassis components due to infrequent drying cycles, and this is consistent with the axle, suspension, and brake hose advisories observed. Conversely, mechanical wear items such as the engine, clutch, and drivetrain internals may have incurred less fatigue than the higher-mileage equivalent of this vehicle would normally experience. For a prospective buyer, the underbody and chassis condition should be the primary focus of physical inspection, given the recurring advisories relating to the rear axle, rear suspension components, and front brake hose ferrules. A thorough examination from beneath the vehicle on a ramp is advisable, paying particular attention to corrosion around the rear beam axle mounting points, rear spring and damper seats, and the condition of the front brake flexible hoses where they meet the rigid pipe unions, as ferrule corrosion can progress to fluid weeping under pressure. The front anti-roll bar linkage that previously failed should be checked for free play and secure fixing, and the near-side front track rod end ball joint, noted with slight play on two occasions, should be physically manipulated with the wheel unloaded to detect any current looseness. Steering responses to be assessed on a test drive include any knocking or clunking over uneven surfaces, imprecise directional changes, or uneven tyre wear indicative of lingering geometry issues. The recorded oil leak, although not classified as excessive, warrants verification of its current severity and origin, typically from engine seals, the cam cover, or sump gasket area on this generation of Clio, and the underside should be inspected for fresh residue. Test driving should include firm brake applications from moderate speed to confirm a firm pedal without judder, as the slight brake hose corrosion noted in 2019 could have advanced and may now influence pedal feel or fluid integrity. Rear tyre condition should be checked for any renewed perishing or cracking, particularly on the sidewalls, and the general ride quality observed for any signs of compromised rear suspension bushes given the repeated advisories. Finally, the MOT history demonstrates that the vehicle has remained roadworthy at each annual test, but the chronic underbody corrosion pattern suggests that any prospective purchase should be supported by a close mechanical inspection rather than reliance on the test record alone.