2020 Ford Kuga Titanium 1.5L Petrol · WN20 XFS

The 2020 Ford Kuga Titanium’s latest MOT test on 2026-08-23 was clean, marking a positive turnaround after a series of recurring issues that led to failure in 2024. While the vehicle has not faced any defects in the past year, the MOT history reveals a pattern of persistent rear brake and tyre problems dating back to 2023, with the 2024 test highlighting dangerous brake pad wear and severe tyre damage. The advisories from 2023 and 2025—particularly the nearside and offside rear brake disc wear and misting in the rear shock absorbers—suggest ongoing mechanical stress that, if unaddressed, could escalate into more critical failures. The fact that the vehicle passed in 2024 despite these issues implies either effective corrective action or a temporary reprieve, but the history underscores the need for proactive maintenance to prevent future roadworthiness risks. The recorded mileage of 58,755 miles for a six-year-old vehicle represents a moderate annual usage rate of approximately 9,792 miles per year, which is within the expected range for a car of this age and model. However, the absence of mileage gaps or rapid accumulation over the past few years does not necessarily indicate excessive wear—especially since the vehicle has been driven consistently rather than left standing for prolonged periods. Still, the high mileage does warrant closer attention to consumable components like brake pads, tyres, and suspension elements, as these are more prone to wear under sustained use. The fact that the rear tyres failed MOT in 2024 with deep cuts reaching the ply suggests that the vehicle may have undergone significant lateral or impact loading, which could have contributed to the tyre degradation. This further reinforces the need for a thorough inspection of the braking system and tyres, as both have shown signs of neglect or misuse. Given the recurring advisories and failures related to the rear brakes and tyres, the prospective buyer should prioritise a detailed inspection of the braking system, focusing on the rear calipers, discs, and pads. During a test drive, listen for abnormal brake pedal pulsation or vibration, which could indicate warped discs or binding calipers, and watch for uneven braking performance or a spongy feel, which may signal fluid degradation or air in the hydraulic system. The rear brake discs also show signs of wear and corrosion, so inspect them for excessive glazing, scoring, or pitting that could compromise stopping efficiency. Additionally, check for any fluid leaks around the rear wheels, as this could indicate failing seals or seals in the brake system. The rear tyres should be examined for further damage, such as cracks or delamination, and replaced if they have been worn down to the tread depth limit or show signs of structural compromise. For the rest of the vehicle, the buyer should conduct a comprehensive physical inspection, particularly given the vehicle’s age and the advisories noted in previous MOTs. The rear suspension, especially the shock absorbers, should be checked for excessive play or sagging, as the misting in the 2025 MOT suggests potential internal failure. Inspect the suspension bushes and coil springs for signs of cracking or excessive wear, which could lead to clunking noises during cornering or over bumps. The tyres, aside from the rear, should be checked for sidewall perishing, which is more likely to occur with age, even if mileage is moderate. Verify that all tyres meet the legal minimum tread depth and that there are no visible cuts or bulges. The battery should be tested for voltage and capacity, as older vehicles are more susceptible to failing electrical systems due to standing or neglect. Lastly, ensure that all fluids—brake, coolant, and transmission—are topped up and free from contamination, as fluid degradation over time can lead to premature component failure. If the vehicle has a service history, confirm that the manufacturer-recommended intervals for oil changes and fluid servicing have been adhered to, as this is critical for long-term reliability.