2013 Renault Clio Dynamique Medianav 1.1L Petrol · SH13 NHN

A clear pattern of recurring front suspension and brake component wear defines this Renault Clio's MOT history, alongside an isolated but significant structural failure in 2022. The most recent test on 4 July 2026 recorded a pass with no advisories, which continues a relatively clean sequence of pass results at the 2024 and 2025 examinations. However, the earlier entries reveal a cluster of advisories on the same test date in March 2023 covering the offside front suspension arm bush, steering rack inner joint play, front inner brake disc wear, and a nearside rear service brake binding issue. This grouping suggests the front axle components had begun to deteriorate concurrently, and although the 2024 and subsequent passes did not re-flag these items, advisories of this nature can either worsen silently or simply not have been re-tested to the same threshold on later occasions. The single major failure recorded — a fractured offside front coil spring in April 2022 — is a common MoT failure point for higher-mileage Clios but was resolved at the same test, and there is no indication of any repeat spring issue since. With 36,594 miles recorded over roughly thirteen years, the annual accumulation of around 2,815 miles is notably low and points to extended periods of low use rather than consistent driving. This usage profile has direct mechanical implications: brake discs and pads corrode and pit on vehicles that see infrequent or short journeys, suspension bushes and rubber components harden and crack without regular load cycling, and brake caliper slide pins seize when the mechanisms are not exercised regularly. The pitted front brake disc advisory and the binding nearside rear service brake from 2023 are consistent findings for a car of this mileage profile, as standing time tends to accelerate corrosion on the braking surfaces and encourage caliper piston or slider stiction. Equally, the suspension bush wear and steering rack joint play recorded alongside the brake issues all align with age-related rubber degradation accelerated by under-use rather than high-mileage wear. For a prospective buyer, a focused inspection of the front suspension and braking system should take priority. On the test drive, listen for clonks or knocking from the offside front over uneven surfaces, as the previously flagged rear wishbone arm bush and steering rack inner joint wear can manifest as imprecise steering response and a reluctance to self-centre after cornering. Pay particular attention to any pulling under braking, vibration through the pedal, or judder from the front discs, as the pitted inner brake disc advisory from 2023 may indicate that the discs were skimmed rather than replaced and could now be approaching minimum thickness. The near-side rear brake binding noted in 2023 is worth investigating by checking for excessive heat at the rear wheel after a drive, uneven pad wear, and whether the handbrake releases cleanly, as seized caliper slides or pistons commonly develop on low-mileage vehicles that have stood for long periods. Additional checks specific to this Clio's history include a close visual examination of the offside front coil spring for any signs of secondary cracking or sagging at the rear seat, given that fractured springs are sometimes a symptom of weakened neighbouring spring material on the same axle. Inspect the front suspension arms, anti-roll bar drop links, and wishbone rear bushes for perishing, cracking, or excessive play, ideally with the wheels unloaded. Finally, verify that the headlamp alignment is within specification, as the 2023 prs failure for an offside front headlamp aimed too high could recur if the adjuster mechanism has moved or if the mounting bracket has been disturbed during any subsequent suspension work. A thorough road test on varied surfaces, combined with a ramp inspection of the underbody and braking components, will be essential to confirm whether the components previously flagged have remained stable since the last advisory-free test.