2020 Fiat Ducato 2.3L Diesel · WM69 TLF

The most recent DVSA MOT test on 2026-03-04 resulted in a passing outcome, though it was accompanied by two persistent advisories regarding the structural integrity of both the nearside and offside mirror cases. This follows a pattern of recurring issues across the vehicle’s MOT history, with the 2026-02-27 test showing a major failure for the front windscreen wiper’s effectiveness and another major failure in the parking brake adjustment, alongside the same mirror case advisories. While the 2023 test was clean, the subsequent failures and advisories—particularly the repeated low fluid levels, worn tyres, and parking brake concerns—suggest a trend of either suboptimal maintenance or underlying mechanical wear that has not been fully addressed. The vehicle’s overall roadworthiness is currently compliant, but the presence of these recurring advisories and past major failures indicates that the owner should prioritise addressing these issues to prevent further degradation or safety risks. The recorded mileage of 99,273 miles for a 2020 Fiat Ducato represents an annual usage rate of approximately 16,546 miles, which is notably high for its age—typically, a vehicle of this model year would accumulate around 12,000 to 15,000 miles annually under normal conditions. Such high mileage suggests either intensive operational use, potentially including towing or heavy loads, or periods of prolonged inactivity that have since been compensated by rapid mileage accumulation. Mechanically, this elevated usage places greater stress on consumables like brake pads, suspension components, and drivetrain elements, accelerating wear on critical systems such as the parking brake mechanism, tyres, and fluid reservoirs. The low oil and coolant levels recorded in multiple MOTs may reflect either fluid consumption from operational stress or leaks, warranting immediate investigation to avoid further damage to the engine and transmission. For the prospective buyer, the most critical immediate actions should focus on the parking brake and mirror case advisories, as these pose both safety and structural risks. The excessive movement of the parking brake lever and its reduced efficiency suggest binding calipers, worn brake lines, or a faulty parking brake actuator, all of which can lead to unsafe conditions if not rectified. During a test drive, listen for a grinding or dragging sound when applying the parking brake, or check if the vehicle holds position without assistance—binding calipers may also cause uneven brake pad wear or a stiff pedal feel. The broken mirror cases, though not directly affecting roadworthiness, could indicate underlying structural fatigue, particularly if the vehicle has been subjected to significant impacts or prolonged stress. Inspect the mirror housings for cracks or delamination, and consider replacing them if they compromise visibility or structural integrity. Beyond these urgent concerns, the vehicle’s high mileage and repeated tyre wear advisories demand thorough inspection of the suspension and alignment. The front tyres show signs of edge wear, which can result from misaligned wheels, excessive camber angles, or worn suspension bushes, leading to uneven tyre contact and premature tread loss. On a test drive, watch for clunking noises from the suspension when driving over bumps, which may indicate worn coil springs, broken control arms, or deteriorated bushings. Additionally, check for uneven tyre wear patterns, as this often points to misalignment or suspension issues that require correction. The low oil and coolant levels also warrant a full fluid top-up and inspection of their respective reservoirs, as well as a check for leaks under the vehicle. Given the vehicle’s age, consider a comprehensive service history review to confirm that scheduled maintenance—such as valve adjustments, spark plug replacements, and fluid flushes—has been conducted at the manufacturer-recommended intervals. Lastly, inspect the tyres for sidewall perishing, which can occur even at moderate mileages due to prolonged exposure to UV light and temperature fluctuations, posing a risk of sudden blowouts.