2014 Citroen Relay 2.2L Diesel · MF14 ABN

The 2014 Citroen Relay demonstrates a mixed maintenance trend, with recent improvements but lingering mechanical concerns. The most recent MOT on 2025-10-01 passed, though the offside front wheel bearing showed slight play, a recurring issue noted in prior tests. Earlier in 2024, the vehicle failed due to severe suspension and braking faults, including inoperative parking brakes, shock absorber leaks, and worn suspension bushes. While the 2025 test resolved some issues, the persistence of wheel bearing play and suspension component wear suggests ongoing maintenance challenges. The vehicle’s roadworthiness remains compromised by unresolved structural and braking deficiencies, despite recent partial improvements. The recorded mileage of 155,202 miles over 12 years equates to approximately 12,934 miles annually, exceeding typical usage for its age. This high mileage accelerates wear on critical systems, evident in repeated suspension and braking failures. Notable gaps in the MOT history include a 12-day interval between the 2024-09-17 failure and the subsequent 2024-09-25 pass, which may indicate rushed repairs or unaddressed issues. The 2023-08-18 failure revealed multiple severe faults, including engine mounting damage and dual shock absorber leaks, followed by a 2023-09-04 pass with minor issues. The pattern suggests inconsistent maintenance, with some problems recurring despite repairs. A prospective buyer should prioritise inspecting the suspension system, particularly the front and rear shock absorbers, suspension arms, and wheel bearings, as these components have repeatedly failed or required attention. The parking brake’s reliability remains questionable, with multiple instances of inoperability and low efficiency. Structural elements, such as the front bumper’s integrity and engine mounting, also require scrutiny. Additionally, the vehicle’s history of corrosion and fluid leaks implies potential hidden damage, necessitating a thorough underbody and brake system examination. These factors collectively indicate a vehicle requiring significant mechanical investment to ensure safe operation.