2018 Citroen Berlingo 1.6L Diesel · LB18 GTY

The 2018 Citroën Berlingo presents a mechanical profile dominated by persistent tyre-related advisories rather than outright engine or drivetrain failure. Across its eight years of ownership, the vehicle has accumulated approximately 101,678 miles, with the most telling pattern emerging from three separate instances where tyres were found worn close to legal limits and notably worn on the edge, spanning from January 2021 through December 2024. While the most recent two MOT tests in late 2024 both cleared successfully, the recurrence of these tyre warnings indicates underlying wear patterns that have not been fully resolved, even though the current certificate from January 2026 confirms the car remains roadworthy. The gap between the last failure in December 2024 and the current clean pass suggests that either corrective action was taken or the tyre deterioration slowed significantly, but the historical trend of borderline tyre conditions remains a notable factor for a prospective buyer to verify independently. The mileage figure of 101,678 miles applied across eight years translates to roughly 12,700 miles per annum, which is substantially higher than typical usage expectations for a model of this age and raises important questions about the vehicle's actual operating profile. Such rapid mileage accumulation could indicate prolonged periods of heavy use, occasional long-distance journeys, or extended idling periods combined with infrequent driving cycles that accelerate tyre degradation. When viewed alongside the tyre advisory history, the high annual mileage creates a plausible explanation for the repeated near-limit warnings, as continuous stress on the tyres and their mounting hardware would compound over time. The absence of other major failure indicators in the MOT record does not negate the significance of this usage pattern, as the tyres represent the primary consumption item bearing the brunt of the vehicle's kilometres. Based on the documented advisories, particular attention should be directed toward the tyre system and associated suspension linkages during any test drive. The nearside tyres were specifically noted as worn on the edge, suggesting possible uneven wear patterns, cupping, or edge fatigue that may manifest as vibration, pulling to one side under load, or increased noise when travelling over rough surfaces. Given the repeated nature of these advisories, inspectors should confirm whether new tyres have been fitted and whether the wheel alignment and camber settings remain within manufacturer specifications, as misalignment often exacerbates edge wear. Additionally, while the recent lamp failure (nearside front position indicator) is non-critical, it represents a minor electrical system fault that should be verified immediately upon acquisition, as intermittent lighting issues can sometimes be related to underlying wiring chafing or connector corrosion. A practical checklist for the prospective buyer includes checking for any visible signs of subframe rust or corrosion around the axle assemblies, particularly given the high mileage exposure which can accelerate galvanic decay in damp climates. The braking system showed no active failures in any of the recorded tests, so hydraulic line integrity appears intact, though the position lamp failure warrants a quick visual inspection of the indicator circuitry. It is advisable to conduct a thorough suspension walkaround—listen for knocks over bumps, feel for abnormal pedal travel, and inspect bush mounts for play—and to perform a short test drive at varied speeds to assess how the tyres respond to cornering forces. If the vehicle was serviced according to the original programme following the 2024 failures, the combination of corrected tyre wear and stable subsequent MOT results provides reasonable assurance, but independent verification of the tyre condition and suspension geometry before purchase will help mitigate the risks highlighted by the long-standing advisory history.