2014 Renault Trafic 1.6L Diesel · YP64 ACZ

The defining mechanical narrative for this 2014 Renault Trafic is one of intermittent but notable failures punctuating an otherwise largely clean record, with the most recent test on 27 April 2026 returning a clean pass that suggests a degree of recovery from earlier issues. Across six recorded test events spanning 2024 to 2026, the vehicle has accumulated two outright failures and one Major defect, alongside a small cluster of advisories. The most serious recorded item is a Major failure for a nearside front shock absorber fluid leak from June 2025, a finding that is not repairable through topping up and requires component replacement. The other failure, in May 2024, was comparatively minor in nature, covering a non-functioning central stop lamp and front position lamps, which are typically straightforward electrical or bulb replacements but nevertheless recorded as PRS (failed at time of test). The 2025 test also generated three tyre-related advisories for the nearside rear, including one for a nail in the outer edge, which indicates that tyre condition has been monitored closely but has not yet resulted in a failure. In terms of usage profile, the vehicle has covered 129,860 miles over approximately twelve years, equating to an annual accumulation of around 10,800 miles. This figure sits comfortably within the expected range for a light commercial vehicle of this age, particularly one likely used for trade or delivery work where higher mileages are commonplace. The recorded mileage progression between tests is reasonably consistent, with no obvious extended gaps in MOT history or sudden spikes that would suggest clock irregularities or prolonged periods off the road. The relatively uniform usage pattern implies steady mechanical wear across consumables and drivetrain components rather than the corrosion and deterioration risks associated with long-term standing, though it does mean that typical high-mileage wear items such as clutches, dual-mass flywheels, and suspension components are likely to be approaching the latter portion of their service life. The fact that the vehicle has been tested consecutively in 2024, 2025, and 2026 suggests it has remained in active service throughout. For a prospective buyer, the priority area to investigate is the front suspension, specifically the nearside front damper that was flagged with a serious fluid leak in mid-2025. It is essential to confirm in writing that this component was replaced with a new unit rather than refurbished, and to verify the part used meets Renault specification. On a test drive, pay close attention to any knocking or clonking from the front end over speed humps and uneven surfaces, excessive nose-dive under braking, and uneven body roll through corners, any of which could indicate inadequate damping. Inspect the surrounding coil spring and top mount for signs of compression or corrosion, and check for any oily residue around the damper body or spring seat. Given that the original failure was on the nearside, compare handling symmetry by driving over a series of left-hand and right-hand undulations. The tyre-related advisories from June 2025 also warrant attention, particularly as they appeared simultaneously on the same wheel. On inspection, examine all four tyres for uneven shoulder wear, which on a Trafic often points to incorrect tracking, worn suspension bushes, or a failing top mount. Check the nearside rear specifically for any repair patches from the noted nail, as multiple repairs in the same tyre compromise structural integrity and may necessitate replacement. Additionally, given the vehicle's commercial background and mileage, closely examine the underside for corrosion on brake lines, fuel lines, and subframe mounting points, areas that DVSA testers specifically scrutinise. On the test drive, listen for any scraping or binding noises from the brakes on low-speed manoeuvres, feel for pedal pulsation under firm application, and confirm the central stop lamp and front position lamps are functioning correctly, as the 2024 failure indicates prior electrical gremlins in these circuits.