2020 Ford Kuga Titanium First ED Eblue 1.5L Diesel · GL02 BEC

The most recent MOT test on 2026-03-25 resulted in a failure, with two critical advisories and a primary failure: the near-side rear tyre was worn close to the legal limit and exhibited edge wear, and the tyre pressure monitoring system (TPMS) was found to be malfunctioning or inoperative. This marks a significant deviation from the vehicle’s previous MOT history, where all tests from 2023 to 2024 were passed without defects, indicating a potential deterioration in tyre condition and underlying mechanical integrity. The failure suggests either recent, aggressive driving that accelerated tyre wear or a pre-existing issue with the TPMS that has now manifested. The advisory regarding the rear brake disc being worn, pitted, or scored—though not seriously weakened—also warrants attention, as such conditions can progress to compromise braking performance if left unaddressed. The recorded mileage of 32,223 miles for a 2020 Ford Kuga Titanium First Edition EBBlue represents a relatively low annual usage rate of approximately 5,370 miles per year, which is notably below the average for vehicles of this age and model. This could imply either light or infrequent use, potentially including prolonged periods of stationary storage, which often accelerates wear on components like brakes, tyres, and suspension due to corrosion and fluid degradation. However, low mileage alone does not guarantee pristine condition; standing vehicles are particularly susceptible to issues such as brake disc corrosion, caliper binding, and the perishing of rubber components like suspension bushes and seals. The discrepancy between the low mileage and recent MOT failure underscores the importance of a thorough inspection, as wear patterns may not always correlate directly with recorded kilometres. Given the recent MOT failure and the advisories present, the prospective buyer should prioritise a meticulous inspection of the near-side rear tyre, focusing on the depth of tread, the extent of edge wear, and any signs of irregular or uneven wear that could indicate misalignment or suspension issues. During a test drive, listen for any unusual noises from the rear suspension, such as clunking or rattling, which may signal worn suspension bushes or broken coil spring mounts. The TPMS malfunction should prompt immediate attention, as a non-functional system can lead to unsafe driving conditions by preventing accurate tyre pressure monitoring. Additionally, visually inspect the rear brake discs for signs of excessive heat warping, scoring, or corrosion, and check for any binding in the calipers that could indicate fluid leakage or seized components. The buyer should also verify the condition of the rear brake pads, as worn discs often correlate with thin pad wear, necessitating replacement. For the buyer to proceed with confidence, it is advisable to address the tyre and TPMS issues promptly, replacing the near-side rear tyre to meet legal standards and rectifying the TPMS malfunction to restore proper functionality. The rear brake disc condition should be monitored closely, with potential replacement recommended if further pitting, scoring, or corrosion is detected during further inspections. Beyond the immediate concerns, the buyer should consider a comprehensive mechanical check, including the inspection of all tyres for sidewall perishing or cracking, which can weaken the tyre structure and compromise safety. Given the vehicle’s age and the potential for standing, check the 12V battery for signs of corrosion or reduced capacity, and inspect the engine bay and undercarriage for evidence of fluid leaks, particularly from the exhaust system or cooling components. Lastly, ensure that all fluids—brake fluid, coolant, and transmission fluid—are at the correct levels and not showing signs of degradation, as standing fluids can become gelled or contaminated over time, affecting performance. A service history review, if available, would also be beneficial to confirm adherence to manufacturer-recommended maintenance intervals.