1995 Renault Trafic 2.2L Petrol · M284 CRL

The most recent MOT test on 30 July 2026 resulted in a failure, and the items recorded are notably more serious than those in the preceding passes. The exhaust carbon monoxide content exceeding default limits after the second fast idle is a major emissions failure that typically points to inefficient combustion, often related to aged engine management components, a failing lambda sensor, vacuum leaks, or general wear in the fuel and ignition system on a thirty-one-year-old vehicle. The advisories concerning corrosion to both the front and rear sub-frames and both front coil springs are particularly significant for a Renault Trafic of this age; while the examiner has judged them not seriously weakened at present, sub-frame and spring corrosion is progressive and will worsen between tests, potentially compromising structural integrity, suspension geometry, and ultimately leading to a future failure. The previous test in October 2023 passed with only minor and advisory items, suggesting that the overall maintenance trend has been broadly stable but has now shifted towards declining mechanical condition, with the latest failure indicating the vehicle requires prompt remedial work before it can be considered roadworthy. The recorded mileage of 78,224 miles over roughly thirty-one years equates to an annual average of approximately 2,523 miles, which is exceptionally low and suggests either long periods of standing or only occasional light use. Such low annual mileage has direct mechanical implications: prolonged standing accelerates corrosion of brake discs, calipers, and underbody components, degrades fluids through calendar ageing rather than use, and shortens the service life of the 12V battery and tyres through sidewall perishing and flat-spotting. The presence of a long gap in the MOT history between the 2021 test and the 2022 tests, and the relatively sparse overall testing pattern for a commercial vehicle, further supports the likelihood of extended inactive periods, which align with the corrosion advisories now evident. From a prospective buyer's perspective, the recurring sub-frame and coil spring corrosion advisories warrant a thorough physical inspection, ideally with the vehicle raised on a ramp, to check for advanced section loss, flaking, or perforation of the sub-frame rails and to assess the coil springs for cracking, sagging, or loss of ride height. On a test drive, particular attention should be paid to suspension clonks or knocking over uneven surfaces, uneven or accelerated tyre wear indicating geometry disturbance from corroded spring seats, and any vagueness or wandering from the steering, especially given the historic failure of the nearside steering rack gaiter, which would have allowed dirt ingress and potential wear to the rack itself. Verify that the steering rack has been renewed or the gaiter replaced since 2022, and check for oil seepage from the rack assembly on the nearside. The exhaust emissions failure should be addressed with diagnostic checks of the lambda sensor, coolant temperature sensor, ignition system, and any vacuum hoses, and the buyer should also confirm that the rear nearside registration plate lamp and stop lamp faults have been rectified. Beyond the recorded defects, age-appropriate inspections are essential given the low mileage and thirty-one-year service life. Examine all tyres, including any spare, for sidewall cracking, perishing, and tread depth, as tyres older than six years from their DOT date code should be replaced regardless of tread. Check the brake discs and calipers closely for severe surface corrosion, pitting, and seized slider mechanisms, which are common on lightly used vehicles and manifest as brake shudder, pulling, or binding on release. Inspect the underbody, exhaust system, and brake/fuel lines thoroughly for advanced rust, and verify the condition and age of all fluids, particularly brake fluid (which should be renewed every two years), coolant, and engine oil, as these degrade with time even if mileage is low. Finally, test the 12V battery under load, confirm recent cambelt or timing chain service history given the vehicle's age, and ensure the service book contains consistent stamps or invoices to verify that calendar-based servicing has been carried out.