2015 Skoda Yeti 2.0L Diesel · DF64 CTK

The defining mechanical concern on this Skoda Yeti is a recurring pattern of brake-related wear advisories that has now extended to both axles, accompanied by early signs of rear suspension corrosion. The most recent test on 19 May 2026 was a pass, but four items were flagged: front brake disc wear with pitting and scoring, both rear lower suspension arms showing corrosion, and rear brake disc wear of a similar nature. This builds on the 2025 pass which already noted rear brake disc deterioration, and the 2025 failure which combined a non-functional offside front headlamp on dipped beam with brake pad wear advisories on the front axle. The cumulative picture is one of a vehicle whose braking surface condition is progressively degrading across all four corners while the rear suspension components are beginning to show surface oxidation. The lighting defect that caused the 2025 failure appears to have been rectified, as there is no recurrence in the 2026 record, but the persistent brake disc advisories warrant close physical inspection before purchase. At 112,273 miles over an eleven-year life, the Yeti has covered an average of roughly 10,200 miles annually, which sits comfortably within the expected range for a family SUV of this era and rules out both extended periods off the road and unusually punishing high-mileage use. The MOT cadence has been consistent, with tests recorded in 2024, 2025, and 2026, and there are no gaps suggesting the vehicle was laid up for any extended period. This regular usage profile means components such as the timing chain, dual-clutch or manual gearbox internals, turbocharger, and engine ancillaries have been worked consistently rather than suffering the condensation and seal degradation that can affect low-use cars. Conversely, the mileage indicates that consumables including brake friction material, clutch, tyres, and suspension bushes will have accumulated proportionate wear, and any service history gaps should be scrutinised given that several major service intervals fall within this odometer range. For a prospective buyer, the priority on inspection is the braking system, given the advisories spanning every axle across the last three tests. Both front and rear discs should be physically measured with a gauge if accessible, as pitting and scoring visible to the tester may indicate the discs are approaching their minimum thickness and could soon require replacement along with fresh pads. On the test drive, listen for any scraping or grinding under light braking, feel for vibration or pulsation through the brake pedal that would suggest disc runout or hot spots, and check for pulling to one side which could indicate a binding caliper. The rear suspension arm corrosion advisories should be examined directly, ideally on a lift, to confirm the corrosion is purely surface scale rather than penetrating the metal or compromising bush integrity, with particular attention to the mounting points where water and road salt collect. Further checks should focus on the areas flagged in earlier tests to ensure no regression has occurred. The nearside front tyre edge wear noted in 2024 warrants a check for uneven shoulder wear, which on this model can indicate worn front suspension bushes, top mounts, or tracking misalignment following impacts with kerbs. The offside front headlamp failure should be verified by independently testing both dipped and main beam functions, and the horn should be confirmed operational as it was a major failure point previously. The cut on the nearside rear tyre from 2024 should be re-inspected, and any replacement tyres should be examined for matching size and speed rating. Finally, given the mileage, a mechanical inspection of the engine for oil leaks from the cam chain area and turbo seals, the haldex coupling if fitted, and the condition of the exhaust system around mounting points and flexi section would be prudent, as none of these items are visible during an MOT but all become more probable candidates for attention as the vehicle passes the 110,000 mile threshold.