2013 Ford Kuga 2.0L Diesel · ST13 LLM

The defining mechanical story of this Kuga is one of progressive chassis and underbody deterioration rather than isolated incidents. Across the recorded tests, advisories have escalated from minor items such as corroded brake hose ferrules in 2022 to a cluster of structural advisories in 2025, with both front and rear subframes noted as corroded and every coil spring flagged for surface corrosion. Two failures have been recorded, both involving exhaust gas leaks and both coinciding with tyre issues, and the 2025 failure specifically involved a dangerous offside front tyre with structural separation. The most recent test on 19 May 2025 passed, yet it carried the same suite of underbody advisories recorded on the failure of the same date, indicating that the structural corrosion concerns have now become a persistent feature of the record rather than a one-off observation. The overall trend is one of gradual worsening rather than improvement, with the undertrays previously preventing full inspection now either removed or replaced, allowing the corrosion to be formally recorded. Mileage accumulation of 88,905 miles over approximately thirteen years equates to around 6,839 miles annually, which sits broadly within typical expectations for a vehicle of this age and is neither notably low nor excessively high. The test history shows reasonably consistent annual MOTs from 2021 onwards, with no multi-year gaps that would suggest prolonged standing, so the recorded wear pattern reflects genuine on-road use rather than deterioration from inactivity. Given that mileage is broadly average, the extent of advisories relating to suspension components, subframes, coil springs, brake hoses, and exhaust system corrosion is consistent with a chassis that has been worked hard over typical British road conditions, including winter salt exposure, and is now beginning to show its age across multiple structural areas simultaneously. A prospective buyer should approach this vehicle with particular attention to the underbody and suspension. On a test drive, listen for clonks or knocking from the front and rear suspension over speed humps and uneven surfaces, as the advisories on coil spring corrosion and rear trailing arm bushes indicate wear that can progress into slack or failure; pay close attention to any rear-end instability or steering vagueness, which could suggest the trailing arm pin or bush wear has advanced beyond advisory stage. Visually inspect the front and rear subframes for any heavy scaling, flaking, or perforation around mounting points and chassis rails, as corrosion that is today recorded as not seriously weakened can advance rapidly on a Kuga of this age. Check the exhaust system for blowing sounds, particularly between the DPF and rear section where the major leak was previously recorded, and feel for any drone or ticking under acceleration which could indicate a failing joint or cracked pipe. Tyre condition and braking response also warrant close scrutiny given the pattern of recorded defects. The dangerous tyre failure in 2025 and the tread depth failures in 2023 suggest the vehicle has historically been run on worn tyres, so confirm that the current set has ample tread across the full width with no bulges, cracking, or uneven inner-edge wear, which can indicate suspension misalignment or worn bushes. Test the brakes firmly from higher speeds to check for pulling to either side, vibration through the pedal, or any grinding, as corroded brake hose ferrules and a binding caliper risk increase with age and could manifest as uneven retardation. Finally, verify the high-level stop lamp operation and that the offside rear indicator has not further discoloured, as these minor electrical items have appeared across multiple tests and may indicate broader connector or wiring concerns. A pre-purchase inspection on a ramp would be strongly advisable to assess the true extent of the subframe and spring corrosion before committing.