2004 Renault Clio 1.1L Petrol · RA04 ABV

A 2004 Renault Clio of this vintage carrying 22 years of service history should reasonably be expected to display a pattern of advisory items and component wear, yet the official DVSA test record presents an unusually sparse mechanical profile. Across the five recorded tests between February 2024 and March 2026, only two outcomes stand out: a pair of passes with no defects recorded and two failures that were registered on consecutive days in late February 2025, alongside another failure on 29 February 2024. In every one of these instances the DVSA log contains no defect entries, which means the precise mechanical reason for each failure cannot be determined from the data supplied. The most recent test on 12 March 2026 returned a clean pass with no advisories or defects, so at face value the car left the station roadworthy, but the underlying reason for the earlier refusals remains undocumented and warrants direct questioning of any seller presenting the vehicle. Against an average accumulation of roughly 4,198 miles per year, this Clio is a notably low-mileage example for its age, and that usage profile carries its own set of mechanical considerations. Lower annual mileage frequently reflects extended periods of standing rather than gentle regular use, and components that suffer most under such conditions include the braking system, where corrosion can seize caliper slides and pit the discs, the suspension, where rubber bushes, ball joints and shock absorbers can deteriorate through age rather than wear, and the underbody, where road films are replaced by surface oxidation. There are no unusual gaps in the testing record between 2024 and 2026 that would suggest a multi-year lay-up, and the mileage progression implied by the test dates appears broadly consistent, which reduces but does not eliminate the likelihood of prolonged storage. Any prospective buyer should therefore treat the low odometer reading as a prompt to inspect age-related degradation rather than as reassurance in itself. Given that the failure entries on the record contain no component details, a physical inspection becomes particularly important. During a viewing, pay close attention to the condition of the brake discs and pads, as low-use vehicles commonly exhibit lipped or corroded discs that may judder under braking and caliper slides that bind through inactivity, producing uneven pad wear or a dragging sensation when the wheel is spun by hand. The suspension should be exercised over uneven ground, listening for clonks from worn top mounts, anti-roll bar drop links, or lower control arm bushes, and the steering should be checked for vagueness or knocking through the front wheels when turned at low speed. Tyres older than six years from their DOT manufacture stamp warrant particular scrutiny on a low-mileage car, as sidewall hardening from age can compromise grip even when tread depth appears acceptable, and a perished condition on any tyre would warrant immediate replacement regardless of remaining tread. The 1.2-litre petrol engines commonly fitted to the Clio of this era are generally robust but are known to suffer from oil leaks from the cam cover gasket and from the valve cover breather system, and any oily residue around the top of the engine, down the back of the block, or beneath the car on the undertray should be investigated. The exhaust system, including the rear silencer and the flexible joint, is a known wear item on high-mileage Renaults of this generation and tends to rust through from the inside out, so it should be inspected with the vehicle raised if possible, listening for blowing or ticking under load. Finally, the bodywork should be examined carefully for the bubbling corrosion that frequently appears along the Clio's wheel arches, sills and lower door seams, as structural rust in these areas can influence both the long-term viability of the vehicle and its market value, regardless of the clean appearance of the most recent MOT certificate.