2024 Ford Bailey Adamo 75-4DL Auto 2.0L Diesel · CU22 AGO

A prospective buyer of this 2024 Ford Bailey Adamo 75-4DL Auto should note at the outset that no DVSA MOT test history is presently available for the vehicle. As a relatively recent registration, the car would not have required its first MOT until three years after manufacture, meaning the absence of recorded tests is entirely consistent with its age rather than indicative of evasion or non-compliance. Without prior pass or failure entries to draw upon, it is not possible to evaluate any maintenance trajectory, recurring advisories, or progression of wear-related defects from official records alone. The assessment below therefore focuses on age- and mileage-appropriate mechanical considerations that a buyer should verify during a physical inspection and test drive. Mileage context cannot be reliably established from the records provided, as no figures have been supplied against which to benchmark annual usage. Given the vehicle's 2024 registration date and the current date of September 2026, the car is approximately two and a half years old. A typical UK motorist covers between 6,000 and 12,000 miles annually, so a representative mileage range would fall between 15,000 and 30,000 miles, though significantly lower or higher figures are not uncommon depending on the type of use. Without recorded mileages across multiple tests, any judgement on whether the vehicle has been predominantly used for short urban journeys, motorway commuting, or extended periods of standing remains speculative. Buyers should therefore request and verify the current odometer reading independently and cross-check it against the service history. In the absence of MOT data, particular attention should be paid to age-related deterioration that does not necessarily correlate with mileage. Tyres fitted to a vehicle of this age, even with low wear on the tread, can suffer from sidewall perishing or cracking due to environmental exposure, particularly if the car has been stored outdoors or used infrequently, and all four tyres should be inspected for ozone-related degradation as well as manufacture date compliance. Brake discs and calipers are susceptible to corrosion from standing, especially in damp coastal or winter road conditions; a binding caliper will often reveal itself through uneven pad wear, hot wheels after driving, or a pulling sensation under braking. The 12V battery should be tested for state of charge and cranking performance, as modern stop-start and electrical systems place considerable demand on it, and premature failure within the first few years is increasingly common. All fluid services, including engine oil, brake fluid (which degrades hygroscopically over time regardless of mileage), coolant, and automatic transmission fluid, should be confirmed as up to date through the service book or electronic service record, as calendar-based replacement intervals apply even to low-mileage vehicles. From a broader roadworthiness perspective, the buyer should carry out a thorough test drive listening for suspension knocks or clonks over uneven surfaces, which would indicate worn bushes, drop links, or coil springs, and should check for any steering vagueness or tracking misalignment. The underside should be inspected on a ramp if possible for any fluid leaks from the engine, automatic transmission, or power steering system, as well as for early signs of structural or chassis corrosion, particularly around wheel arches and suspension mounting points. The exhaust should be examined for blue smoke indicative of oil consumption, black smoke suggesting fuelling irregularities, or white smoke pointing to coolant loss. The automatic transmission should be tested across all ranges for smooth, timely engagement and any shuddering or hesitation between gears. Given the vehicle's relative newness and absence of MOT data, a pre-purchase inspection by a qualified independent technician would be highly advisable to establish a baseline condition and identify any latent defects that have not yet manifested at test stage.