2014 Skoda Yeti 1.6L Diesel · PN14 XDL

The vehicle achieved a PASS at its most recent MOT on 18 October 2025, although this followed a FAIL the previous day which required rectification prior to re-testing. Looking at the broader DVSA history across the last five years, the pattern suggests an inconsistent rather than deteriorating trend, with PASS, FAIL, PASS, PASS outcomes recorded between 2021 and 2024 followed by the 2025 pair of tests. The single advisory recorded at the most recent pass relates to offside front tyre wear close to the legal limit, which is a recurring observation also raised at the 2025 failure, suggesting the front tyres may have been replaced shortly before the second test. Earlier advisories concerning nails in the nearside rear tyre on successive 2023 and 2024 tests have not recurred, implying either replacement or repair. Taken overall, the absence of corrosion advisories, structural concerns, or emissions-related defects indicates the vehicle has been broadly maintained to a roadworthy standard, but the brake and suspension items identified in 2021 and 2025 warrant close scrutiny as they point to component wear patterns that could resurface. With 67,783 miles recorded over approximately 12 years, this Skoda Yeti has covered an annual average of around 5,650 miles, which is notably low for its age and class. Such modest usage often reflects a combination of light running and extended periods of standing, both of which carry specific mechanical implications. Low annual mileage typically reduces wear on major drivetrain components, clutch, and engine internals, but accelerates deterioration of items that degrade with calendar age or suffer from inactivity, including brake discs corroding and calipers seizing, tyre sidewall perishing from UV exposure, 12V battery sulphation, and degradation of brake fluid, coolant, and oil through age rather than mileage. Given the absence of recorded mileage gaps in the MOT data and the relatively linear accumulation suggested by the test dates, the vehicle appears to have been used consistently but sparingly, making time-based servicing intervals particularly important to verify rather than relying solely on mileage-based schedules. For a prospective buyer, the failure and advisory items from 2025 should drive a focused physical inspection. The major defect concerning the nearside front anti-roll bar ball joint dust cover failing to prevent ingress of dirt indicates a compromised boot on the anti-roll bar drop link or wishbone bush, which allows moisture and contaminants to penetrate and rapidly wear the joint internals. On a test drive, listen for clonking or rattling over speed humps, uneven or broken road surfaces, and during full-lock manoeuvres, and visually inspect the rubber boot for splits, grease contamination, or distortion. The position lamp failure on the nearside front is typically a bulb or wiring issue and easily rectified, but worth confirming that all exterior lighting functions correctly. The persistent offside front tyre edge-wear advisory suggests a tracking or suspension geometry issue, potentially linked to worn wishbone bushes, top mounts, or sagging coil springs, all of which are common on vehicles of this age and would manifest as steering pull, uneven tyre tread across the axle, or vague directional stability at speed. The 2021 rear brake binding defects indicate that the rear caliper slider pins or piston seals were sticking at that point, and although not recurring on subsequent tests, calipers that have bound once can do so again, so a test drive should include multiple firm brake applications from moderate speed to confirm the vehicle pulls up straight without pulling to one side, and the rear discs should be inspected for uneven corrosion or scoring. Beyond the recorded defects, the low-mileage profile of this Yeti necessitates thorough inspection of age-sensitive items before purchase. Tyres may appear to have adequate tread depth but could exhibit sidewall perishing or cracking visible as fine crazing in the rubber compound, particularly on the outer sidewalls exposed to sunlight; this is a common MOT failure point on low-use vehicles and reduces grip and safety disproportionately to remaining tread. The brake discs, being a steel component, are susceptible to corrosion pitting and potentially lipping if the vehicle has been stood for prolonged periods, and binding calipers should be checked by ensuring all discs rotate freely by hand when the vehicle is raised. The 12V battery should be load-tested, as batteries that have been chronically undercharged due to short journeys may hold surface charge but fail under cranking load. Fluid services including brake fluid (typically biennial due to hygroscopic moisture absorption), coolant (usually five-year intervals on VAG products), and engine oil with filter should be verified against date rather than just mileage, as oil degrades chemically over time and contributes to internal engine wear even with low annual mileage. Finally, request the full service book and verify stamp consistency, inspect the timing chain area for any rattle on cold start symptomatic of tensioner wear on the 1.2 TSI engines commonly fitted to this model, and check the undertray and engine bay for signs of oil leaks from the cam chain cover, turbo oil feed lines, or sump gasket, all of which are known wear points on the Yeti range approaching this age and mileage bracket.