1993 Renault Trafic 1.7L Petrol · K787 WLJ

The most recent MOT, carried out on 22 October 2025, was passed with no recorded defects, indicating that the vehicle met the statutory safety and emissions requirements at that time. Across the eight‑year MOT record the majority of tests have been clean, with only a single failure in October 2022 for an off‑side rear fog lamp and a missing steering‑rack gaiter, both of which appear to have been remedied as subsequent tests show no re‑occurrence. An advisory on the near‑side rear shock absorber in April 2019 flagged early oil misting, but no further comments have been logged, suggesting that the issue has not progressed to a failure. Overall the maintenance trend can be described as stable, with the vehicle having been kept in a condition that satisfies MOT standards after the isolated 2022 fault was addressed. At 79,547 miles on a 1993 chassis the average annual mileage works out at roughly 2,400 miles per year, which is considerably below the typical UK usage pattern for a vehicle of this age. Such low utilisation often points to periods of infrequent use or prolonged storage, which can be as consequential as high mileage in terms of component ageing. While the low mileage reduces the likelihood of wear‑related failure of items such as clutch discs, timing belts, or engine bearings, it also raises the possibility of age‑related deterioration – rubber seals, hoses, and bushings may have become brittle, and metal components may have suffered from corrosion during idle periods. Prospective buyers should therefore treat the vehicle as a 33‑year‑old unit that has seen modest wear but may exhibit calendar‑based decay. When inspecting the vehicle, give particular attention to the rear fog lamp assembly on the off‑side; verify that the bulb illuminates correctly and that the housing and wiring are free from corrosion, as a recurring fault could indicate a deeper electrical issue. Examine the steering‑rack gaiter for signs of wear or missing material, ensuring that the protective boot is intact and that no dirt or moisture is entering the rack, which could lead to steering play or premature rack wear. The rear shock absorbers should be checked for any oil seepage, loss of damping, or uneven bounce when applying pressure to the rear corners; any clunking or excessive squat under load may signal that the dampers are nearing the end of their service life and should be replaced. Additionally, inspect the suspension bushes, coil springs, and anti‑roll bar links for cracking or looseness, as age‑related hardening can cause handling quirks and uneven tyre wear. Given the vehicle’s age, a thorough visual and tactile survey of age‑sensitive components is essential. Examine all tyre sidewalls for cracking, dry rot, or hardening, especially if the tyres have been stored for long periods, and confirm that tread depth remains within legal limits. Test the 12‑volt battery for charge holding and check for any signs of electrolyte leakage or terminal corrosion, as batteries over three decades old often require replacement. Verify that brake discs and pads are free from excessive rust, scoring, or glazing; listen for any shudder or pulsation when braking, which could indicate warped discs or seized calipers. Finally, confirm that coolant, engine oil, and brake fluid have been changed at appropriate intervals – fluid degradation over time can lead to reduced cooling efficiency and compromised braking performance. A complete service history, if available, will further substantiate the vehicle’s upkeep and help gauge any imminent maintenance that may be required.