2015 Ford Transit Courier 1.6L Diesel · MM64 RYZ

The most recent DVSA examination on 3 February 2026 returned a Pass with no defects recorded, indicating that the issues leading to the earlier failure on 29 January 2026 had been rectified prior to retest. Those failures were limited to a smashed rear fog lamp lens and damage to the offside rear bumper likely to cause injury on contact, both of which are external body and lighting items rather than mechanical or structural concerns. Stepping back across the recorded history, the underlying trend is one of intermittent but recurring electrical lighting defects (stop lamps, registration plate illumination) alongside a more persistent mechanical theme on the nearside front suspension. The nearside front suspension arm ball joint has failed the same defect twice, in January 2023 and again in January 2024, and a nearside front shock absorber with light oil misting has been advisory across the 2024 tests. The fact that the 2025 and 2026 tests have passed clean suggests the suspension and lighting faults have been addressed, but a buyer should not assume they were resolved by component renewal rather than adjustment, or that they cannot recur given the pattern. With 158,389 miles accumulated over approximately eleven years, this Transit Courier is running at an annual average of around 14,400 miles, which is considerably higher than typical light commercial or private use for this class of vehicle. Mileage progression between tests, roughly 20,000 to 25,000 miles between annual MOTs in recent years, is consistent with steady commercial or high-utilisation driving rather than long periods of standing. High-mileage examples place proportionally greater wear on the clutch, dual-mass flywheel if fitted, turbocharger, drivetrain mounts, braking system and suspension components, and the recorded defect pattern broadly aligns with that expectation. Conversely, the annual usage means calendar-related degradation such as tyre sidewall perishing, brake disc surface corrosion from infrequent use, and battery sulphation are less likely to be primary concerns than outright mechanical wear. Given the recurring nearside front suspension arm ball joint defect, a prospective buyer should physically inspect the front suspension for any clunking or knocking on turning at low speed, uneven inner or outer tyre shoulder wear, wandering steering, or excessive play when the wheel is rocked by hand with the vehicle raised. The advisories regarding the nearside front shock absorber light oil misting should be revisited by checking the shock body for fresh oil weeping, listening for poor damping response on a road test over undulating surfaces, and inspecting the springs for any sagging or broken coils, particularly given the high mileage. The gearbox mounting defect advisory from early 2023 should also be checked by inspecting the mount for cracking, separation, or excessive engine movement on load, and any history of replacement should be verified. Beyond the recorded defects, a careful physical inspection is strongly advised. All tyres should be examined for tread depth, age-related sidewall cracking, and uneven wear patterns indicative of misalignment or suspension geometry issues, and a spare or wheel kit should be confirmed present and serviceable. Brake discs and pads should be inspected for wear, lipping, and caliper slide pin binding, with a road test to confirm firm pedal feel and absence of pulling or shudder under braking. Given the mileage, the clutch should be assessed for slipping under load, judder on take-off, or noise on depression, and the timing belt or chain service interval, alongside recent replacement of brake fluid, coolant, and transmission oil, should be evidenced in the service history. The 12V battery should be load-tested, the charging system voltage checked at idle and at 2,000 rpm, and a scan for stored diagnostic trouble codes carried out to identify any latent engine management or ABS sensor faults not surfaced during the MOT cycle.