2006 Renault Trafic 1.9L Diesel · MT06 CSV

A recurring pattern of electrical faults, lighting failures, and structural wear defines the roadworthiness record of this 2006 Renault Trafic, which most recently passed its MOT test on 27 July 2024 with zero recorded defects following a failure the previous year. The historical data reveals multiple test failures and subsequent retests across several years, demonstrating that the vehicle requires continuous remedial attention to clear statutory standards. Notable recurring issues include persistent lighting defects, such as loose rear fog lamp units and incorrect headlamp aim, alongside major electrical faults involving the anti-lock braking system and the supplementary restraint system warning lamps. These historical failure points indicate that the vehicle's electrical architecture and auxiliary systems are prone to intermittent faults that demand close scrutiny during an inspection. Accumulating 151,790 miles over roughly two decades results in an average of approximately 7,590 miles per year, representing a typical annual usage profile for a commercial vehicle of this age. Testing frequency has remained consistent year-on-year without any notable gaps or periods of prolonged dormancy, suggesting that the vehicle has stayed in active service. This steady accumulation of miles means that mechanical stress is distributed evenly across the drivetrain and chassis rather than concentrated by long periods of standing or excessive high-intensity multi-drop delivery use. Nonetheless, high overall mileage on a utility vehicle of this vintage necessitates a rigorous check of high-wear assemblies, including the suspension components, steering joints, and transmission mountings. Given the history of advisory items such as persistent oil leaks, attention must be paid to the underside of the engine bay and transmission housing to determine the exact source and severity of fluid loss. During a static inspection, check the condition of the tyres for sidewall perishing and shoulder wear, keeping in mind past advisories regarding cracked rubber and edge wear on the inner treads. When conducting a test drive, listen carefully for knocks or clunks from the rear suspension, specifically inspecting the coil springs and their mounting perches to ensure there are no fractures or structural fatigue echoing the previous broken rear coil spring failure. Further operational checks should thoroughly test all dashboard warning lights before and after starting the engine to verify that the ABS and SRS systems initialize correctly, given the history of major electrical faults in those circuits. Test the operation of all exterior lighting, paying particular attention to the rear fog lamp housings and headlamp alignment to ensure beam patterns are secure and correctly projected. Finally, monitor the braking response for any pedal travel irregularities or pull to one side, and confirm that the windscreen wipers clear the glass effectively across the entire sweep area without smearing.