2008 Renault Clio 1.1L Petrol · ND08 ADX

Structural corrosion and recurring suspension failures define the mechanical roadworthiness profile of this 2008 Renault Clio, which accumulated four major defects and one minor fault during its August 2025 MOT test resulting in a failure. The historical testing record shows a persistent pattern of component degradation across multiple years, featuring alternating passes and failures that consistently target the steering, braking, and suspension systems rather than showing a stable upward trend in structural health. Major items flagged in the most recent test included a fractured offside rear coil spring, excessive corrosion on the nearside front subframe mounting area that significantly reduced structural strength, excessive play in the nearside track rod end, and an excessively fluctuating nearside front service brake. Accumulating 83,998 miles over roughly eighteen years translates to an average of about 4,667 miles annually, representing a low-mileage profile for a vehicle of this age. This limited yearly usage means the car has spent extended periods operating on short urban journeys or sitting stationary between tests. Mechanically, lower annual mileages often correlate with accelerated wear on localized components due to thermal cycling and lack of continuous lubrication flow, which helps explain the recurring rubber degradation, boot splits, and oxidation issues documented throughout the MOT history. Prospective buyers must conduct a rigorous physical inspection focusing on the structural and suspension defects identified in the official records. Given the severe corrosion noted on the nearside front subframe mounting and the history of fractured front and rear coil springs, inspect the chassis legs, sills, and subframe crossmembers for structural integrity using a torch. During the test drive, listen carefully for metallic clunks, knocks, or creaks originating from the front and rear corners over speed bumps or rough road surfaces, which would indicate worn suspension arms, bushes, or anti-roll bar ball joints. Further scrutiny should be directed toward the steering and braking systems, taking into account the past advisories for worn or pitted brake discs, steering rack inner joint play, and the recent fluctuating service brake reading. Feel for any judder or pulsing through the brake pedal when coming to a firm stop from moderate speed, and check for any vagueness or excessive free play when turning the steering wheel from lock to lock. Finally, verify that all auxiliary electrical items, including the registration plate lamps and position lamps that previously triggered test failures, are fully operational before finalizing any purchase.