2016 Citroen Dispatch 1.6L Diesel · FT16 BOF

The 2016 Citroën Dispatch carries a record of inconsistent roadworthiness performance across its six-month span, featuring two consecutive failures followed by a successful examination. On 2026-06-25 the motor test returned a passing result with no recorded defects, yet this outcome sits atop a history where the vehicle failed on 2026-06-24 due to severe rear tyre wear and a major parking brake efficiency deficiency, both preceding a clean pass on 2025-07-11. A further failure occurred on 2025-07-11 involving parking brake inefficiency and near-side stop lamp deficiencies, creating an irregular pattern of compliance and non-compliance that suggests underlying mechanical instability that has not been fully resolved. While the latest test confirms the chassis and powertrain remain operational, the earlier advisories indicate that specific systems require targeted servicing before full confidence can be placed in the vehicle's readiness for road use. The vehicle's odometer reading of 82,557 miles on its ten-year lifespan approximates an average annual increase of approximately 8,256 miles, which aligns with typical usage patterns for a model of this age and represents neither excessive nor unusually low mileage. When examined against the test schedule, the gap between the 2025-07-11 pass and the 2026-06-24 fail spans nearly nine months, while the subsequent gap to the 2026-06-25 pass is less than one week, indicating that the car accumulated substantial distance during the interim periods. Notably, there is no evidence of sudden mileage spikes or extended lay-up periods that would accelerate wear on suspension bushings, brake pads, or drivetrain components; instead the progression appears steady, with each successive test occurring at regular intervals regardless of whether the vehicle was actively driven or stored. This consistent pacing suggests the vehicle has been maintained according to the original ownership cycle, though the earlier failures point to specific subsystems that may have degraded faster than expected. The most pressing mechanical concerns stem from the 2026-06-24 failure, which identified near-side rear tyre tread depth approaching the 1.6mm legal minimum and a dangerous condition on the off-side rear tyre that also approached the same threshold. During a test drive, the buyer should pay particular attention to how the vehicle handles corners and hits small imperfections on the road surface, listening for any grinding or squealing noises that could indicate accelerated tyre degradation or misalignment. Additionally, the parking brake efficiency advisory warrants a firm application of the handbrake when decelerating, watching for any pulling sensation or delayed engagement that might suggest internal cable or piston wear. The near-side stop lamp failures, both intensity reduction and lens defect, should be verified by having the vehicle illuminated at night to confirm the lights function correctly, as a faulty lens often produces a dim or uneven beam that compromises visibility. Given the documented issues with the rear suspension tyres and braking systems, a pre-purchase inspection should focus on the tyre contact patches for uneven wear patterns that might signal alignment problems or uneven inflation, and a thorough check of the parking brake mechanism including the master cylinder and caliper operation. The stop lamp lenses should be physically inspected for cracks or clouding, and the bulb sockets tested for proper illumination to ensure night-time legibility. Considering the vehicle's age and the nature of the past failures, it is prudent to request evidence of recent professional repairs to the suspension linkages and brake lines, and to verify that all warning indicators including the parking brake indicator light respond appropriately when engaged. If the buyer proceeds, they should also consider the potential for remaining corrosion or fluid leakage around the older components, particularly where the suspension mounting points connect to the chassis subframe, as prolonged exposure to road salt and weather can compromise structural integrity even when the main MOT tests are cleared.