2019 Citroen C5 1.6L Petrol · PL08 MAX

The most recent DVSA test on 15 January 2026 returned a PASS outcome for this 2019 Citroen C5 Aircross, although a minor defect was recorded for a severely deteriorated nearside outer drive shaft constant velocity boot. This is a relatively positive result, but a CV gaiter breach allows water, grit and road salt to ingress into the joint, accelerating wear of the internal grease, bearings and cage assembly. Left unresolved, this typically manifests as a clicking or knocking noise on full lock, particularly when manoeuvring at low speed or reversing, and can ultimately lead to complete driveshaft failure. The defect should be rectified promptly, and the joint inspected for any consequential wear before purchase. Reviewing the preceding three years, the maintenance trend is broadly stable but worth careful consideration: a 2025 PRS failure for an inoperative registration plate lamp, advisories for a nail in a nearside rear tyre, low coolant in 2024, and thinning front brake pads. The coolant advisory is particularly significant, as low levels can indicate either a slow external leak, a head gasket concern, or simply neglected servicing, all of which warrant further investigation. With 52,541 miles recorded over approximately seven years, this vehicle has covered around 7,500 miles annually, which sits comfortably within typical usage parameters for its age. There are no glaring anomalies in the recorded mileage progression across the MOT entries, suggesting consistent rather than sporadic use. This level of annual mileage generally indicates a car that has been driven regularly enough to keep lubricants circulating, seals lubricated and the battery maintained, reducing the likelihood of some standing-related deterioration. However, the moderate-high mileage for a modern SUV does place predictable wear on suspension components, clutch or automatic transmission fluid, brake discs, and the diesel or petrol drivetrain as applicable, all of which should be examined in conjunction with the advisory history. The recurrence of brake-related advisories, specifically front brake pad wear noted in 2024, suggests that an inspection of the front brake discs and calipers is now overdue. Discs may well have reached minimum thickness given two years of further use, and any lipping or corrosion around the disc perimeter should be checked during a test drive, with attention paid to brake shudder, pulling to one side under heavy braking, or any binding sensation from the pedal. The 2025 nail advisory indicates a tyre replacement was likely required at that time, and given that tyres older than five to six years become susceptible to sidewall perishing and cracking regardless of tread depth, all four tyres should be examined for the DOT date stamp and any signs of rubber degradation. The CV boot minor from the latest test should also be physically verified, as MOT minor defects are not always rectified immediately, and the joint itself should be checked for grease loss or play. Beyond the recorded MOT items, several age and mileage related checks remain advisable for a prospective buyer. Despite the average annual mileage, the cooling system should be pressure tested for leaks given the historical low coolant advisory, and the header tank, radiator, hoses and water pump should be inspected for staining or weeping. Brake fluid is hygroscopic and typically requires replacement every two to three years regardless of mileage, so verify the date of the last fluid change in the service book. The 12V battery should be load tested, as modern vehicles with stop-start systems are particularly sensitive to battery condition, and a failing unit can cause a cascade of electrical faults. Inspect the exhaust system for corrosion at the joints and mounting rubbers, check the underside for any surface corrosion or structural concerns typical of a seven year old car exposed to winter road salt, and confirm the timing belt or chain service interval status depending on the engine variant. A thorough road test should include steady state cruising, sharp acceleration, full lock manoeuvres to detect CV joint noise, and firm braking from speed to assess brake balance and disc condition.