2015 Ford Kuga 2.0L Diesel · EO65 LDL

Chronic rear shock absorber oil misting across consecutive tests, combined with persistent coolant seepage and recurring tyre perishing on both rear inner edges, forms the defining mechanical story of this 2015 Ford Kuga. The most recent assessment on 12 September 2025 returned a pass, but the accumulation of advisories over the last three years reveals a vehicle with several developing wear items rather than a clean record. The offside rear shock absorber has been flagged for light oil misting at both the 2024 and 2025 tests, suggesting the seal is gradually deteriorating and the unit will likely require replacement within the next service interval. The coolant leak first noted on 9 September 2024 was classified as not excessive, meaning it was seeping rather than dripping, but its recurrence warrants close attention to expansion tank condition, hose integrity, and water pump weepage. Additionally, a Tyre Pressure Monitoring System warning lamp was illuminated at the 2025 test, which may indicate a faulty sensor, low battery voltage in a transmitter, or simply pressure that has not been calibrated after a wheel change. With 58,856 miles recorded over an eleven-year life, this Kuga averages roughly 5,351 miles per year, a notably low annual accumulation that suggests periods of light use or possible standing between journeys. The mileage progression between tests appears broadly consistent rather than showing sudden spikes, and the lack of any multi-year testing gaps indicates the vehicle has remained in regular use rather than being laid up. Low-mileage examples of this age often present with dried suspension bushes, perished rubber seals, and stagnant brake fluid due to limited thermal cycling, even though major mechanical components like the engine, transmission, and clutch have experienced less wear than the odometer might suggest on a higher-mileage car. The recorded braking, steering, and drivetrain components have therefore covered less operational stress than typical Kugas of this vintage. A prospective buyer should place particular emphasis on a thorough inspection of the rear suspension, as the persistent offside shock absorber misting is the clearest signal of component fatigue in the history. On a test drive, listen for clonking or knocking from the rear over speed humps and uneven surfaces, which would indicate the shock has lost sufficient damping oil to allow excessive body movement, and check for uneven rear ride settling after the vehicle has been parked overnight. Inspect the rear coil springs for any signs of corrosion or breakage, particularly given the inner-edge tyre cracking and perishing noted at the 2023 test, as mismatched suspension geometry can accelerate uneven tyre wear. The nearside front headlamp failure and offside front position lamp failure that caused the two PRS defects in 2023 and 2024 suggest inspecting all exterior bulbs, connector condition, and the headlight switchgear for intermittent contact issues, and verifying that the internal headlight aim adjustment remains within specification. For the cooling system, pressurise the expansion tank with the engine cold to confirm any seepage points around the radiator, thermostat housing, and the plastic coolant pipes which are known weak points on the Kuga diesel and petrol variants. Examine the underside for crystalline coolant residue or damp staining on the sump and transmission bellhousing area. With the tyres, even though the inner-edge perishing was noted two years ago, those original tyres have almost certainly been replaced by now, so inspect the sidewalls for age-related cracking and verify that the replacements are matching on the rear axle. Finally, request a diagnostic read of the TPMS to distinguish between a genuine low-pressure condition, a failed wheel sensor, or a module fault, as a persistent warning lamp will itself become an MOT failure once the system is actively flagged. A pre-purchase inspection on a lift would be strongly advised to confirm the rear shock absorber condition and to check the rear subframe mounting points and brake flexible hoses, which on a low-mileage, eleven-year-old vehicle may be showing early surface corrosion that has not yet reached a testable threshold.