2012 Citroen Berlingo 1.6L Diesel · WK12 WFD

The 2012 Citroen Berlingo presents a stable mechanical trajectory, culminating in a clean pass on 23 July 2025 at 85,325 miles with zero defects. The maintenance trend is currently improving, following a minor setback in late 2024. On 6 September 2024 at 81,787 miles, the tester flagged an ABS warning lamp indicating a fault, but the vehicle passed its retest the same day, suggesting the issue was promptly rectified rather than ignored. No further advisories or failures have appeared since, indicating consistent basic upkeep by the current keeper. Accumulating 85,325 miles over fourteen years results in an average annual mileage of roughly 6,095 miles, which is typical for a light commercial vehicle of this age. The service records show steady, incremental usage rather than prolonged periods of dormancy or sudden high-mileage runs. Between 14 September 2022 at 74,437 miles and 6 September 2024 at 81,787 miles, the vehicle covered approximately 7,350 miles over two years, maintaining that consistent low-mileage pattern. The most recent test on 23 July 2025 recorded 85,325 miles, meaning the van has travelled just 3,538 miles in the preceding ten months, pointing to continued light use. Despite the clean 2025 result, a prospective buyer should thoroughly inspect the ABS system and associated wiring, given the September 2024 fault. Intermittent ABS issues can stem from corroded sensor wiring or failing reluctor rings, common on older Berlingos exposed to road salt. Examine the structural integrity of the chassis and sills closely, as light vans often suffer from corrosion around the suspension mounting points and trailing arms. Check the condition of the suspension bushes and coil springs, as these vehicles frequently carry heavy loads that accelerate wear on these components, even at lower overall mileages. Inspect the brake discs and pads for uneven wear, ensuring the September 2024 ABS fault did not mask any underlying binding caliper issues that could compromise braking efficiency.