2004 Ford Transit Connect 1.8L Diesel · AF54 UWN

Chronic underbody corrosion and a deteriorating steering and brake hydraulic system define the mechanical profile of this 2004 Ford Transit Connect, with the most recent test on 2024-11-04 passing but carrying forward a cluster of advisories that point to a vehicle entering its late-stage wear phase. The same five defects were recorded as advisories at both the pass and fail entries on that date, which together with the 2023-11-06 test history shows a clear worsening trajectory rather than a stable one. The 2022-10-22 test recorded no advisories at all, meaning within roughly two years the vehicle has accumulated brake pipe corrosion, general underbody corrosion, a worn nearside front tyre, a noisy offside front wheel bearing, and noticeable free play in the steering rack inner arms. The 2023 test additionally flagged a minor exhaust flexi leak, a non-excessive hydraulic leak from the steering rack, fluctuating offside front brake performance, and play in the offside steering rack inner joint, several of which appear to have progressed into firmer advisories by late 2024. This pattern is consistent with a 22-year-old commercial vehicle where structural and hydraulic integrity are beginning to demand attention. With 166,941 recorded miles over 22 years, this Transit Connect averages around 7,588 miles annually, which is broadly typical for a working van of its age and indicates fairly steady utilisation rather than long periods of standing. The MOT history covers three consecutive annual tests from 2022 through 2024, and although the precise odometer readings at each test are not provided, the absence of multi-year gaps suggests the vehicle has remained in regular service rather than being laid up. The mileage itself places the van in high-wear territory for a diesel Transit Connect, where engine ancillaries, clutch wear, turbo condition, and suspension component fatigue become increasingly relevant even where the MOT record does not directly flag them. The cumulative effect of this mileage, combined with the visible corrosion pattern in the underbody, suggests the chassis and structural components have been worked hard throughout the vehicle's life. A prospective buyer should treat the recurring brake pipe corrosion advisory as the most pressing structural concern, because the same wording appeared in 2023 and again in 2024, with the pipes specifically corroded within their security brackets under the centre of the vehicle. On inspection, request that the brake lines be physically examined rather than simply wiped clean, and look for surface pitting, flaking, and any seepage around the brackets and flexible hoses, as corroded pipes under load can eventually crack. On a test drive, pump the brake pedal several times with the engine running and feel for a soft or sinking pedal, listen for any scraping or grinding from the calipers particularly offside front where fluctuating service brake performance was noted, and check for pulling to one side under firm braking which would suggest a binding caliper or uneven pad wear. The exhaust flexi joint should also be listened for at idle, as a ticking or blowing sound that rises and falls with engine speed will confirm whether the minor leak recorded in 2023 has progressed. The steering system warrants particular scrutiny given that both 2023 and 2024 tests recorded play in the rack inner joints and a hydraulic seep, alongside the noisy offside front wheel bearing advisory. On a test drive, with the engine warm and on a straight road, gently turn the steering from side to side and feel for any slack, knocking, or clonking through the wheel, particularly as the steering approaches the straight-ahead position where inner joint wear typically manifests. Listen for a low humming or rumbling from the offside front wheel that changes with road speed rather than engine rpm, which would confirm bearing wear, and inspect the rack gaiters and area beneath the steering rack for fresh hydraulic fluid staining, as a non-excessive leak today can develop into a serious failure. Given the general underbody corrosion advisory and the vehicle's age, a thorough ramp inspection of the subframe, suspension arms, coil springs, and anti-roll bar linkages is strongly recommended, because surface corrosion on a commercial van at this mileage often conceals more advanced section loss in load-bearing areas that an MOT does not require a tester to dismantle.