2020 Ford Kuga ST-Line X Phev CVT 2.5L Hybrid electric (clean) · YP70 DTY

A pattern of recurring advisories around the rear braking system and exhaust integrity defines the recent roadworthiness profile of this Kuga PHEV, with the latest test on 11 May 2026 passing but flagging both rear brake discs as worn and pitted and the rear brake pads as wearing thin. The earlier 2024 test similarly recorded advisories, this time on exhaust gas leaks at both the central front and central rear exhaust sections alongside an offside rear tyre worn close to the legal limit, suggesting that wear-related deterioration has been a feature over successive tests rather than an isolated finding. The single failure recorded, on 2 October 2023, was a cluster of nearside front issues rather than a deeper mechanical problem: an insecure headlamp, headlamp aim too low, a deep cut to the nearside front tyre exposing ply or cords, and damage to the nearside front wing around the headlamp area. Because these items were addressed and the subsequent tests have passed cleanly on structure, lights, and tyres, the most consistent mechanical thread to evaluate is the wear trajectory of the rear brakes and exhaust components. With around 61,812 miles recorded across six years, the vehicle has averaged roughly 10,300 miles per year, which is broadly typical for its age and consistent with regular mixed-use driving rather than prolonged standing or exceptionally heavy motorway use. There are no significant gaps in the testing history, with annual MOTs recorded from 2023 through 2026, so mileage accumulation appears to have been steady. The test failure in October 2023 was immediately followed by a pass the next day on the same date, indicating that the failed items were rectified promptly, and the subsequent annual pattern is consistent with a vehicle that has remained in active service throughout its life. For a plug-in hybrid of this age, the recorded mileage is not in itself a concern, but the rear brake advisories are worth reading carefully: PHEVs often see more rear brake wear than conventional vehicles because regenerative braking handles a large proportion of deceleration, meaning the discs and pads can sit idle for long periods and then corrode or wear unevenly when called upon. Given that both rear discs have been flagged as pitted and the pads as wearing thin, a prospective buyer should prioritise a physical inspection of the braking system before purchase, paying particular attention to the condition of the rear calipers, sliding pins, and pad material depth. Symptoms to listen and feel for on a test drive include any grinding or squeal from the rear under light braking, a pulsing or juddering sensation through the brake pedal, and the vehicle pulling to one side under braking, which could indicate a binding caliper or uneven pad wear. The exhaust advisories from 2024 are also worth investigating, so it is sensible to listen for any ticking, hissing, or exhaust drone that worsens on startup or under acceleration, and to check the central exhaust joints and mounting rubbers for signs of black soot deposits or fresh corrosion where the leak was previously identified. Although the 2023 failure involved headlamp alignment and a tyre cut rather than a structural defect, the nearside front wing repair should be examined closely for panel fit, paint consistency, and any visible cracking around the headlamp mounting point, as a poorly secured headlamp can quickly drift out of alignment again on uneven road surfaces. Overall, the MOT record shows no advisories related to suspension components, corrosion, steering, or drivetrain integrity, which are typically the highest-cost failure points on a vehicle of this age, and there are no recorded failures or advisories on the hybrid powertrain, charging system, or high-voltage cables. The risks identified are concentrated in service items rather than structural concerns, but they are recurring and warrant attention. Buyers should budget for rear brake discs and pads at the point of purchase, confirm whether the central exhaust leak has been properly repaired or merely sealed, and verify the nearside front wing repair is sound. A hoist inspection at an independent garage would be a prudent step to confirm the rear brake condition beyond what can be seen through a wheel and to check the underside for any corrosion developing around suspension arms and exhaust hangers.