2013 Renault Clio 0.9L Petrol · HM06 TJM

Persistent structural and suspension-related corrosion defines the recent history of this Renault Clio, which secured a pass on 20th October 2025 following an initial failure. The recurring nature of these advisories, particularly regarding the Macpherson struts, shock absorbers, and radiator carrier frame, indicates a progressive trend of oxidation affecting both the primary suspension components and the vehicle's structural support elements. While the vehicle has consistently returned to the road after addressing specific failures, the frequency of these corrosion-related warnings suggests that the undercarriage requires a thorough inspection to determine the depth of material degradation beyond surface-level oxidation. Accumulating 88,073 miles over thirteen years results in an average annual usage of approximately 6,775 miles, a figure that aligns with standard expectations for a vehicle of this age. This consistent, moderate usage pattern typically places predictable strain on consumables such as suspension bushes, wheel bearings, and brake components. However, the recorded history shows that these items have reached their service limit, as evidenced by the 2024 failure involving a fractured coil spring and insufficient parking brake efficiency. Prospective buyers should view this mileage as a baseline for inevitable component fatigue, where the age of the vehicle is now as significant a factor in mechanical wear as the distance travelled. During your test drive, pay close attention to the front suspension for any knocking or metallic rattling sounds when traversing uneven road surfaces, as the Macpherson struts and their mountings have been flagged repeatedly for corrosion and potential damage. Any sensation of steering vagueness or a lack of composure through corners may point to the degradation of these mounting points or the associated suspension arms. Furthermore, ensure the vehicle tracks straight under braking, as the history of pitted brake discs and corroded brake lines necessitates a careful check of the pedal feel; a soft or spongy pedal could indicate underlying issues with the hydraulic system that were previously masked by grease or temporary fixes. The structural integrity of the front end, specifically the radiator carrier frame, should be a priority during your physical inspection. Look for signs of flaking metal or structural compromise in the engine bay, as this area has been noted for heavy corrosion in previous tests. Additionally, test the parking brake on a steep incline to ensure it holds firmly, as the 2024 failure regarding efficiency suggests the mechanism may have been prone to binding or cable stretch. Given the recurring advisories on tyre wear and inner wheel arch condition, verify that the front tyres show even tread depth across the entire width, as uneven wear patterns can be a symptom of the ongoing suspension component fatigue noted in the DVSA records.