2004 Renault Modus 1.5L Diesel · GR54 EVU

Persistent steering and suspension degradation, coupled with recurring electrical and structural component failures, defines the mechanical profile of this vehicle. While the most recent MOT on 17 December 2025 resulted in a pass, the record shows a consistent pattern of repeat issues, particularly regarding steering rack play, universal joint wear, and rear coil spring corrosion. These findings indicate that the vehicle frequently requires remedial attention to maintain compliance, and the transition from failure to pass within single test cycles suggests that underlying mechanical fatigue remains a recurring theme rather than a resolved issue. Accumulating approximately 98,297 miles over 22 years results in an average of roughly 4,468 miles per annum, a figure that sits well below the national average. While this low usage might suggest limited exposure to high-speed motorway wear, the MOT history reveals that the vehicle is susceptible to issues often associated with age-related deterioration of rubber components and electrical systems. Mechanical systems that remain stagnant for long periods or are used only for short, infrequent journeys can suffer from seized linkages, binding brakes, and the degradation of seals, all of which are documented in the recurring advisories for brake binding and anti-roll bar linkage deterioration. Prospective buyers must prioritise a thorough assessment of the steering and suspension systems during a test drive. The recorded play in the steering rack and the wear in the steering column universal joints should be evaluated by checking for excessive free play at the steering wheel and any audible knocking or vibration when navigating uneven road surfaces. Similarly, the documented corrosion on the rear coil springs necessitates a physical inspection for flaking metal or structural thinning, as these components are critical for ride height and handling stability. Any clunking noises from the rear or a feeling of instability during cornering should be treated as a sign that these components require immediate replacement. The braking system and electrical integrity also demand close scrutiny given the history of binding calipers, worn discs, and recurring lamp failures. During the test drive, ensure the handbrake engages firmly without excessive travel and that the vehicle does not pull to one side under braking, which would indicate a binding caliper or uneven pad wear. Furthermore, verify the functionality of all rear seat belts and external lighting, as the record shows these have been frequent failure points. Given the history of exhaust emission failures and headlamp intensity issues, ensure the engine runs cleanly without hesitation and that the headlamps provide adequate illumination, as these are common areas where age-related electrical resistance and sensor degradation manifest on this specific model.