2018 Ford Transit Custom 2.0L Diesel · SY68 GJX

The most recent MOT test on 29 January 2026 resulted in a pass, but it is important to note this followed immediately after a failure recorded on the same date for a major defect concerning the engine malfunction indicator lamp, alongside an advisory noting that the brake pad warning light was illuminated despite the pads themselves checking as satisfactory at the time of test. The maintenance trend across the recorded history shows a moderate worsening pattern, with advisories accumulating on brake pipe corrosion over successive tests and a notable cluster of major failures in late 2024 relating to windscreen condition, washer functionality, front fog lamp operation, and again brake pipe corrosion. While the vehicle has consistently passed its annual assessment, the recurrence of brake pipe advisories and the sudden appearance of multiple major defects within a single test suggest that certain areas, particularly the underbody braking system and basic electrical maintenance, may have been deferred rather than proactively addressed. With 105,946 miles recorded over approximately eight years, this Transit Custom has covered an annual average of around 13,243 miles, which is high for a commercial vehicle of its age and indicates sustained, heavy operational use. There are no significant gaps in the recorded mileage progression, with each annual test reflecting steady accumulation consistent with working commercial duties. High-mileage examples such as this typically experience accelerated wear on consumable braking components, clutch assemblies on manual variants, suspension bushes and coil springs, drivetrain mounts, and turbocharger systems on diesel engines. The cumulative effect of this mileage means that any prospective buyer should anticipate the need for replacement of brake discs and pads, potential clutch wear if manual, and careful attention to any symptoms of turbo or injector degradation. The recurring advisory items relating to brake pipe corrosion from 2025 and the major failure in late 2024 for an excessively corroded brake pipe from the ABS pump to the rear warrant particular attention. Brake lines on high-mileage commercial vehicles are prone to corrosion, particularly along their length and at pipe unions, and this is a safety-critical system that should be thoroughly inspected for surface rust, pitting, and any weeping of hydraulic fluid. On a test drive, listen for any sponginess or excessive travel in the brake pedal, and observe whether the vehicle pulls to one side under braking, which could indicate a binding caliper or uneven pad wear. Given the advisory about the brake pad warning light being illuminated despite the pads themselves being satisfactory, it is worth checking the brake pad wear sensor wiring and the brake fluid level sensor within the master cylinder reservoir, as electrical faults in these circuits can mimic pad wear issues. Given the age and high mileage of this vehicle, alongside the recorded MOT history, a prospective buyer should carry out several physical checks beyond the standard test certificate. Inspect all tyres, including the rear offside which was previously flagged for cracking and perishing, as age-related sidewall deterioration can affect tyres even with adequate tread depth, particularly on vehicles that have seen sustained commercial use. Examine the underside for any oil or fluid leaks from the engine, gearbox, or differential, and check the condition of suspension components including bushes, anti-roll bar links, and shock absorbers for any signs of perishing or leaking. Verify the service book history for evidence of timely cambelt or timing chain replacement appropriate to the diesel engine schedule, confirm that the 12V battery is holding charge adequately as commercial vehicles often suffer from parasitic drain, and ensure that all fluid services including brake fluid, coolant, and engine oil have been performed at the correct intervals. Finally, given the recorded engine MIL issue, it would be prudent to request a diagnostic scan to confirm that no underlying emissions or engine management faults remain unresolved, and to check that any previous repairs have been completed to a satisfactory standard.