2020 Citroen C4 Cactus 1.2L Petrol · CE70 LDV

A clean and unblemished DVSA record defines this 2020 Citroen C4 Cactus, presenting a reassuring picture of mechanical roadworthiness across all recorded tests. The most recent examination on 27 June 2025 returned a pass with no advisories or defects logged, continuing a pattern established at the 13 July 2023 test. The only blemish on file is a duplicate entry on 4 July 2024 showing both a pass and a fail recorded on the identical date, which typically reflects an administrative re-test following a same-day repair rather than a genuine mechanical concern, particularly given that no defects were recorded against the failure. With no corrosion advisories, no suspension component flags, and no brake or exhaust defects logged across four test entries, the structural and mechanical condition documented by DVSA is stable and consistent. Annual mileage accumulation on this C4 Cactus is notably restrained, with 23,321 miles recorded over approximately six years, equating to around 3,887 miles per year. This places the vehicle firmly in low-mileage territory for its age and suggests either short urban journeys, light secondary use, or extended periods of standing between trips. The minimal annual accumulation means wear on major drivetrain and consumable components such as brake friction material, clutch assemblies, and tyre tread should be modest, although the urban-leaning nature of such mileage tends to concentrate wear on braking components and the nearside suspension components due to kerb interaction and one-sided road imperfections. Given the absence of any flagged components, the inspection priorities should shift toward verifying the integrity of items that commonly affect this model but did not generate advisories. The C4 Cactus is known for vulnerability in its rear axle stub axle carriers, and a stationary test on uneven ground should confirm no knocking or clonking noises when reversing at low speed over speed humps or turning sharply. The front strut top mount bearings are another known wear point that can fail quietly; listen for a creak or graunch when the steering is turned with the vehicle stationary, and feel for any reluctance in self-centring. The distinctive front and rear air bump strips should also be inspected for secure retention, as perished fixings are common on higher-mileage examples but irrelevant to MOT scope. On a test drive, attention should be paid to the characteristic behaviour of the clutch and manual gearbox, listening for any judder on pull-away that would suggest a worn dual-mass flywheel or release bearing noise that may not yet have triggered an MOT advisory. The electronic stability control and grip control systems, unique to this model, should be confirmed operational via the dashboard warning cycle on ignition. Brake feel should be assessed for any pulling to one side under light pedal pressure, which would indicate a binding caliper, and the handbrake should hold the vehicle firmly on an incline with the minimum number of clicks. Finally, confirm that the multifunction infotainment and climate control systems function as intended, as electrical gremlins on the CAN bus network are a known weakness and would not be captured within the MOT framework.