2014 Renault Clio 0.9L Petrol · LR64 AWC

A remarkably low defect frequency across its annual inspections defines the mechanical history of this Renault Clio, though recent underbody corrosion signals the gradual onset of age-related wear. During its most recent MOT on 25 August 2026, the vehicle secured a pass with a single advisory noted for minor corrosion on the offside front lower radiator support crossmember. Aside from a same-day failure in September 2020 caused by dangerous structural tears in both rear tyres and a minor registration plate lamp defect in 2023, the overall roadworthiness trajectory has remained exceptionally stable with no chronic mechanical advisories. Accumulating just 36,307 miles over approximately twelve years equates to an average annual usage of around 3,026 miles. This low-mileage profile indicates limited exposure to general mechanical wear on major drivetrain and chassis components. However, vehicles driven infrequently or over short distances often suffer from atmospheric corrosion and premature aging of rubber components rather than typical high-mileage friction wear. The regular sequence of annual test records without extended testing gaps demonstrates continuous road registration despite the modest distance covered each year. Prospective buyers should focus immediate attention on the front underbody area highlighted in the latest inspection. The offside front lower radiator support crossmember must be physically evaluated to ensure the recorded corrosion remains superficial surface rust and has not progressed into structural weakening or perforated the metal. While evaluating this area, inspect the front subframe, lower suspension arm mountings, and radiator mountings for secondary surface corrosion or trapped road debris that could accelerate rust formation along the lower structural frame. During a road test, assess the vehicle's dynamic performance for symptoms associated with low-mileage usage patterns. Check for steering wheel vibration or pedal judder under braking, which can indicate surface rust accumulation on the brake discs or a binding caliper. Pay close attention to front suspension feedback over speed bumps and uneven surfaces, listening for metallic clunks or squeaks that point to deteriorated suspension bushes or cracked coil springs. Lastly, conduct a thorough visual check of all four tyres across the tread and sidewalls to confirm there is no structural cracking, perishing, or sidewall distortion.