2022 Ford Kuga Titanium Ecoblue Mhev 2.0L Diesel · OW22 DXC

The 2022 Ford Kuga Titanium Ecoblue MHEV presents a concerning mechanical narrative where a severe failure in July 2025—marked by a serious fluid leak from the front shock absorbers and critically damaged rear tyres—has been partially addressed but not fully resolved by its subsequent July 2026 pass. While the latest MOT result shows the vehicle cleared the test, the presence of a dangerous condition involving exposed tyre ply or cords on the near-side rear tyre and the prior warning of light oil misting in the rear shock absorbers indicates underlying structural issues that may not have been completely remedied. The fact that the car achieved a passing result after already failing just three days earlier suggests either deferred repairs or progressive deterioration during the interim period, making the current state of the chassis and suspension systems a priority for immediate professional examination before committing to purchase. The mileage of 75,371 miles across approximately four years translates to roughly 18,800 miles per annum, which stands in stark contrast to typical usage patterns for a vehicle of this model and age. Such a high rate of consumption, especially when paired with the documented failure of the rear suspension system and a major fluid leak in the front shocks, implies either intensive daily driving or extended periods of idling while the engine runs, both of which accelerate wear on bearing surfaces, bushings, and hydraulic components. The relatively short interval between the two MOT assessments (approximately eleven weeks) does not mask the severity of the underlying problems; it merely reflects routine service intervals rather than a resolution of the identified faults. This combination of elevated mileage and persistent mechanical advisories points toward accelerated depreciation of critical components that will likely require replacement soon. Focused attention must be placed on the rear suspension linkages, beginning with the near-side rear shock absorbers which showed oil misting in mid-2025 and subsequently developed exposed tyre cords marked on the 225/60R18 tyre. During a test drive, the buyer should monitor for any suspension knocking over rough pavement, a feeling of bottoming out on bumps, or an abnormal vibration transmitted through the chassis that would signal worn bushings or collapsed spring geometry. The front shock absorbers present a more urgent issue, as the serious fluid leak indicated in July 2025 could manifest as wet spots on the undercarriage, dark residue around the master cylinder area, or even a damp smell inside the cabin if the leak routes past the passenger compartment. A thorough visual inspection of the shock mount mounting points and the tyre sidewall condition is essential, as exposed cords often precede complete tyre failure and can compromise lateral stability. Given the documented history, the buyer should arrange for a detailed pre-purchase inspection that specifically examines the integrity of the rear shock absorbers for any remaining fluid contamination or structural deformation, and verifies whether the exposed tyre cords have progressed beyond a cosmetic issue into a structural weakness requiring full tyre replacement. The front shock absorbers demand particularly close scrutiny, with checks for fluid leaks at the fittings, proper reassembly of any replaced components, and confirmation that the entire suspension system has been re-torqued according to specification following repair work. Additionally, because the vehicle carries a high mileage count and the adverse conditions suggest accelerated component wear, having the subframe inspected for rust or corrosion is prudent, as rust can compromise the entire suspension geometry over time. If the findings align with the recorded failures, the residual risk of unsafe handling remains significant until the identified faults are professionally repaired and verified free of recurrence.