2010 Skoda Yeti 1.8L Petrol · OY10 LLV

A clean and unblemished MOT record defines the mechanical standing of this sixteen-year-old Skoda Yeti, which passed its most recent DVSA examination on 7 March 2026 with no advisories or defects recorded whatsoever. Across the entirety of its recorded test history, this vehicle has demonstrated a consistent pattern of compliance, free from any flagged advisories, monitor items, or outright failures relating to suspension geometry, braking performance, exhaust integrity, lighting function, or structural corrosion. The absence of recurring comments on components typically prone to wear on a vehicle of this age and platform, such as the Yeti's rear torsion beam, front wishbones, anti-roll bar linkages, or underbody sealing, is a notably positive indicator. A single clean pass without advisories on a sixteen-year-old vehicle suggests that the items previously inspected were within tolerance at the time of test, though it does not preclude emerging wear that may have developed since. The recorded odometer reading of 73,621 miles against a 2010 manufacture date places this Yeti at an average annual accumulation of approximately 4,600 miles per year, which is substantially below the typical mileage profile of a family-oriented crossover of this vintage. This low-mileage trajectory can mean two quite different things mechanically. In the best case, it reflects light, careful motoring with gradual wear accumulation across the drivetrain, suspension, and braking components, allowing rubber bushes, CV gaiters, brake discs, and coolant hoses to age more from environmental exposure than from mechanical fatigue. In the less favourable case, prolonged standing periods can encourage issues such as dried-out suspension bushes becoming brittle, brake calipers seizing due to corrosion on the slide pins, surface oxidation forming on the brake discs producing judder under pedal application, and degradation of underbody underseal leading to localised corrosion. The MOT history does not contain any extended testing gaps that would suggest a multi-year lay-up, but the modest annual mileage still warrants attention to age-related deterioration rather than purely wear-related concerns. For a prospective buyer conducting a physical inspection, the priorities should be guided by the components most likely to present issues on a low-mileage Yeti of this generation rather than by any specific MOT flag. On a test drive, listen carefully for any knocking or clonking from the front suspension over uneven surfaces, which would indicate worn lower wishbone bushes or drop links, and feel for any vagueness or wandering in the steering that could point to worn tie rod ends or top mount deterioration. Apply the brakes firmly from speed and note any judder through the pedal, suggesting front disc warping, or any pulling to one side that might indicate a sticking caliper. At low speed, listen for any clonking from the rear axle area, particularly over speed humps, as the Yeti's torsion beam bushings can harden and crack with age rather than wear. Underneath the vehicle, a thorough examination with a torch and ideally a lift should focus on the condition of the exhaust downpipe and flange where it meets the catalytic converter, the rear subframe mounting points for any surface rust bubbling through the underseal, the condition of the brake flexible hoses for any cracking or perishing, and the CV boot gaiters for any splits that would allow grease escape and eventual joint failure. The coolant expansion tank and its associated hoses should be checked for staining indicative of slow leaks, and the oil filler cap area examined for any mayonnaise-type residue suggesting a failing head gasket or thermostat housing issue, both known concerns on the 1.2 TSI and 1.8 TSI engines commonly fitted to the Yeti. Finally, verify that all electrical systems function correctly, including the central locking, electric windows, and climate control, as electrical gremlins on these vehicles typically stem from aging wiring rather than component failures, and a comprehensive service history confirming regular fluid changes would substantially reinforce the confidence suggested by the clean MOT record.