2023 Ford Kuga Titanium Edition 1.5L Petrol · YY72 WNN

The most recent official DVSA MOT test for this 2023 Ford Kuga was conducted on 22 January 2026, resulting in a pass with no defects or advisories recorded against the vehicle. While the absence of any noted items at the time of test is positive and confirms the vehicle met the minimum statutory roadworthiness standards on that date, it is worth noting that this represents only a single test entry. With the vehicle being approximately three years old and covering very low annual mileage, the MOT history does not yet provide a longitudinal trend from which a longer-term maintenance trajectory can be reliably inferred. Buyers should therefore treat the clean record as a useful baseline rather than a comprehensive guarantee of mechanical condition, particularly given the very limited mileage accumulated since first registration. The recorded mileage of 3,475 miles over an approximate three-year period equates to an annual usage of roughly 1,158 miles, which is exceptionally low and falls well short of typical private vehicle utilisation in the UK. Such minimal annual mileage raises specific mechanical considerations that differ from those associated with high-mileage vehicles. Prolonged standing periods can lead to brake disc surface corrosion due to lack of regular use, potential caliper seizure or binding from seized slider pins, and deterioration of flexible components such as drive belts, hoses, and suspension bushes from environmental exposure rather than wear. Additionally, very low mileage often indicates short journeys, which can prevent the engine and exhaust system from reaching full operating temperature, potentially leading to oil dilution, moisture accumulation within the engine oil, and increased risk of exhaust system corrosion from internal condensation. Tyre condition, although likely showing minimal tread wear, requires careful assessment for sidewall cracking or perishing given the vehicle's age relative to its use. Given the clean MOT record and the age-and-mileage profile, a prospective buyer should conduct a thorough physical inspection focusing on time-based degradation rather than wear-based concerns. The 12-volt battery warrants particular attention, as low-use vehicles frequently suffer from chronic undercharging, leading to reduced capacity and premature failure; a load test or voltage check under cranking conditions would be advisable. Brake discs should be examined for signs of severe surface rust or lipping, and a test drive should include several firm brake applications from moderate speed to confirm the calipers release correctly and the system clears any standing corrosion. The tyres should be inspected for age-related sidewall cracking, checking the DOT date code to ensure they have not exceeded manufacturers' recommendations, and also examined for flat-spotting from prolonged standing. Fluid condition should be verified regardless of mileage, as brake fluid is hygroscopic and typically requires replacement every two years regardless of use, while engine coolant and transmission fluid also degrade with time. Finally, a careful test drive should be undertaken to identify any symptoms consistent with a low-mileage, intermittently-used vehicle. Listen for any clonks or knocks from the suspension, which may indicate dried-out or perished bushes and anti-roll bar links, and pay attention to any uneven tyre wear patterns that could suggest a tracking issue or seized component. The engine should be observed from cold start for any excessive smoke, unusual ticking, or rough running, which could indicate oil dilution or valve seal degradation from short running cycles. Verify the operation of all electrical systems, including climate control, infotainment, and driver assistance features, as software and component reliability can still deteriorate with age even at low mileage. Confirm the presence of a complete service history with documented timing of fluid changes, and consider commissioning an independent pre-purchase inspection, including a diagnostic scan for any stored fault codes, to provide additional assurance beyond the limited MOT data available for this particular vehicle.