2020 Citroen Berlingo 1.5L Diesel · LG20 KEJ

The 2020 Citroen Berlingo holds a valid MOT pass dated 4 December 2025 at 143,219 miles, but the maintenance trend in the months leading up to that certificate was clearly worsening. The vehicle failed its initial test attempt on 2 December 2025 at 143,213 miles, presenting five separate defects across the front suspension, drivetrain, and lighting systems. Both front shock absorbers were recorded as having negligible damping effect, a significant mechanical concern on a commercial-derived platform that sees frequent load carrying. The offside front outer constant velocity boot was severely deteriorated, and the offside front inner CV boot was split or insecure, allowing dirt ingress to the joint. These are not minor advisories; a split inner CV boot on a high-mileage front-wheel-drive vehicle accelerates joint wear and can lead to costly driveshaft replacement if left unaddressed. The tester also flagged both front and rear brake pads as wearing thin across all three December 2025 entries, indicating the pads were at or approaching the minimum thickness threshold at the time of the pass. The fact that the vehicle passed on 4 December 2025 suggests remedial work was carried out between the failure and the pass, but the record does not confirm whether the shock absorbers and CV boots were repaired or replaced, or whether the pass was achieved through a retest of the same components. The mileage accumulation on this vehicle is notably high for a six-year-old vehicle. Covering approximately 23,870 miles per year, the Berlingo has been driven well above the UK average of around 10,000 to 12,000 miles annually. The jump from 118,255 miles on 8 February 2024 to 139,172 miles on 23 December 2024 represents roughly 20,917 miles in under eleven months, confirming sustained heavy use throughout that calendar year. By the time of the December 2025 tests, the odometer had reached 143,219 miles, adding a further 4,047 miles in the final quarter of the year. This pattern of consistent, high-intensity usage places accelerated stress on suspension bushes, coil springs, brake discs, drivetrain components, and exhaust systems. The sparse MOT record between February 2024 and December 2025, with no intermediate tests logged, means there is limited visibility into how the vehicle was maintained during the period of most rapid mileage growth. A buyer inspecting this vehicle in person should focus on the front suspension and drivetrain as priority areas. The December 2025 failure for negligible damping effect on both front shock absorbers raises questions about the condition of the damper units, top mounts, and coil springs. A physical inspection should check for oil misting around the shock absorber bodies, uneven tyre wear indicating compromised damping, and excessive bounce when pressing down on the front corners. The CV boot defects on the offside front inner and outer joints demand close examination; a split inner boot that has been allowing dirt ingress for an unknown period means the joint itself may already show play or clicking under load. The rear brake pads were flagged as wearing thin at the most recent test, so the rear calipers should be checked for binding, and the rear discs scored or worn below minimum thickness. Given the high annual mileage and the nature of the defects recorded, a full underbody inspection for corrosion, particularly around suspension mounting points, subframe areas, and the exhaust system, is strongly advised before purchase.