2015 Ford Transit Courier 1.5L Diesel · RO03 EVS

A persistent pattern of front and rear suspension wear dominates the mechanical history of this 2015 Ford Transit Courier, making it the central concern for any prospective buyer. Across the 2024, 2025, and 2026 test cycles, the vehicle accumulated three major failures and two dangerous defects concentrated on the coil springs, anti-roll bar linkages, and suspension arm ball joints. Specifically, the July 2026 test produced major failures for fractured coil springs at both the offside front and nearside rear, accompanied by advisories for worn rear suspension arm pins or bushes on both sides. Just days earlier on 16 July 2025, the nearside front suspension arm ball joint and anti-roll bar ball joint were both flagged as excessively worn, alongside lighting failures and a dangerous defect for all stop lamps not working. The 2024 cycle recorded a dangerous tread-depth failure on the nearside rear tyre and a worn offside front anti-roll bar linkage ball joint. Although the most recent test on 22 July 2026 returned a pass with no defects, that result follows immediately after the major suspension failures were rectified, and the underlying history suggests the suspension components are approaching the end of their effective service life rather than reflecting a sustained state of roadworthiness. The recorded mileage of 117,115 miles over an eleven-year working life equates to roughly 10,647 miles per year, which sits broadly in line with typical commercial use for a vehicle of this class and age. There are no extended gaps between annual tests, indicating continuous operation, and mileage accumulation appears steady across the recorded period. For a commercial-derived van of this specification, sustained daily use accelerates wear on the suspension bushes, coil springs, anti-roll bar drop links, and braking components more rapidly than on a passenger car of equivalent age. The fact that suspension joints, coil springs, and tyres have all required replacement within the last two test cycles is consistent with a vehicle that has been worked hard rather than lightly used, and the buyer should anticipate that further suspension and consumable work is likely within the next 12 to 24 months given the recurrence of component-level defects. A close physical inspection should focus on the suspension system given the recent failures. Listen for knocking or clonking noises from the front end over speed humps and uneven road surfaces, which would indicate worn anti-roll bar ball joints or drop link play, and check for any uneven tyre wear that could point to compromised geometry from worn bushes. At the rear, pay particular attention to the ride height on both sides, as a fractured coil spring may have been replaced but the remaining springs could be close to failure; any sagging or sitting low on one corner warrants further investigation. On a test drive, feel for vagueness through the centre of the steering, clunks when turning at low speed, or a general sense of looseness over bumps, all of which would suggest the suspension arm pins or bushes flagged in the July 2026 advisories have progressed beyond acceptable movement. The braking system warrants specific attention following the 2023 advisories noting that parking brake efficiency only just met requirements at both rear wheels, suggesting the rear brake shoes or mechanism may require adjustment or replacement. On a test drive, apply the parking brake on an incline and confirm the vehicle holds firmly without excessive travel, and check for any binding or dragging at the rear wheels after release. The 2024 dangerous tyre failure also indicates a need to inspect the remaining tyres closely for tread depth, uneven wear patterns, and age-related sidewall cracking, particularly on the rear axle. Finally, verify that all lighting, including the position lamp and stop lamps previously flagged as defective, is functioning correctly, and confirm with documentation that the fractured coil springs, worn ball joints, and any associated components replaced at the most recent test were fitted with genuine or quality-pattern parts, as the recurrence of similar defects within twelve months could indicate either incomplete repair or the use of substandard replacement components.