2020 Citroen Berlingo 1.5L Diesel · CK20 RJX

The Citroën Berlingo has maintained a clean MOT history with no recorded defects across its most recent three tests, most recently passing on 8 May 2025 at 78,506 miles. This suggests the vehicle has avoided major mechanical or structural failings during its service life, though the absence of advisories or minor faults means no additional wear patterns can be confirmed. The latest test was conducted just over two years ago, which is well within the standard MOT validity period but leaves a gap of nearly 14 months before the next due date. While this does not inherently indicate neglect, it does mean the vehicle has not undergone a formal inspection since mid-2025, leaving some uncertainty about how components like suspension bushes, coil springs, or brake calipers have degraded under the observed mileage. The recorded mileage presents a notable inconsistency with the vehicle’s age. The Berlingo was first tested in May 2023 at 93,046 miles, yet by May 2024 it had dropped to 74,467 miles—a reduction of nearly 19,000 miles in a year, which is statistically impossible unless the odometer was reset or the vehicle was involved in a significant accident. This anomaly alone raises serious questions about the accuracy of the mileage history. Subsequent mileage jumps to 78,506 miles by May 2025 indicate either a partial reset or that the vehicle was driven at an unusually high rate post-2024, averaging around 13,000 miles annually—a rate far above typical light-commercial usage. Such rapid accumulation could accelerate wear on drivetrain components, suspension, and brake systems, particularly if maintenance was not consistently applied. Given the lack of MOT advisories or defects, there is no direct evidence of recurring issues, but the mileage inconsistency demands verification. A buyer should prioritise a thorough inspection of the odometer and service records to confirm the true mileage and maintenance history. High-mileage components such as suspension bushes, rear axle joints, and brake discs should be closely examined for excessive wear or corrosion, while the exhaust system and underbody should be checked for signs of structural rust, particularly around wheel arches and sills. The brakes, though not flagged in tests, may show uneven wear given the accelerated mileage, and the tester should verify for binding calipers or warped discs. Finally, the engine bay should be inspected for fluid leaks or degraded hoses, as these are often overlooked but critical to long-term reliability.