2010 Skoda Yeti 2.0L Diesel · FH10 LPL

A clear and worsening pattern of structural and suspension corrosion defines the mechanical profile of this 2010 Skoda Yeti, with the most recent test on 21 May 2026 resulting in a failure triggered by an inoperative or malfunction-indicating engine management warning lamp, accompanied by advisories for all four coil springs showing corrosion, rear subframe corrosion, and both rear suspension arms corroded but not seriously weakened. The earlier pass on the same date carried an identical set of advisories, confirming these are long-standing observations rather than isolated findings. Tracing the record back reveals a notable shift in 2024, when the previously clean tests from 2021, 2022, and 2023 gave way to advisories for rear subframe corrosion and corroded rear lower suspension arms, alongside a nearside rear tyre worn close to the legal limit. The single prior failure in September 2021 was caused by a fractured nearside front coil spring, and the 2020 test recorded two tyres at or near the legal wear limit. Taken together, the trajectory is one of progressive corrosion-related deterioration concentrated at the rear axle, supplemented by an emerging powertrain warning lamp concern that needs diagnostic investigation. Recorded mileage stands at 101,043 miles across approximately sixteen years, equating to an annual accumulation of roughly 6,315 miles, which sits comfortably within typical expectations for a vehicle of this age. The testing history shows relatively consistent biennial intervals from 2020 onwards, with the only anomaly being the 2021 entries where a failure on 6 September was followed by a pass the following day, indicating the fractured coil spring was rectified without long delay. With around 101,000 miles accumulated on a Yeti of this vintage, the drivetrain, clutch, and turbocharger (where fitted) will have experienced substantial working life, and consumable wear items such as front brake discs, pads, and timing chain components are approaching or have already reached replacement milestones in many examples at this mileage band. For any prospective buyer, the coil spring corrosion advisories warrant close physical inspection beneath the vehicle, because corrosion flagged on all four springs simultaneously often progresses rapidly in vehicles of this era and can advance from advisory status to fracture within a single test cycle, as already evidenced by the 2021 nearside front spring failure. Listen for clonks or knocking from the front suspension over speed humps or uneven road surfaces, and visually check for any daylight visible through the spring coils or signs of material loss. The rear subframe and both rear suspension arm advisories should prompt a thorough examination on a ramp or over a pit, looking for any flaking, paint bubbling, or section loss around mounting points, and the buyer should listen for rear suspension noise and check for uneven rear tyre wear which could indicate arm bush deterioration or geometry disturbance. The fractured history of the front springs combined with rear arm corrosion means a careful inspection of all four wheel locations is essential rather than relying on the advisory wording alone. The engine management warning lamp failure item is a separate but immediate concern requiring diagnosis before purchase, as the lamp being inoperative or showing a malfunction can stem from anything ranging from a faulty bulb or wiring fault through to sensor failures, exhaust or catalyst efficiency issues, or more serious powertrain faults that would normally trigger stored diagnostic trouble codes. A pre-purchase diagnostic code read using an OBD-II tool is therefore strongly advised to establish whether the lamp illumination relates to an active emissions, ignition, or sensor fault rather than simply a blown bulb. On the test drive, the buyer should pay particular attention to any hesitation, misfire, rough idle, or illuminated engine lamp during running, and also check for tyre wear patterns consistent with the advisory history, particularly on the nearside rear. Given the accumulation of corrosion advisories across two consecutive tests and the unresolved engine management issue, this vehicle would benefit from a specialist structural inspection alongside the standard pre-purchase evaluation.