2020 Skoda Karoq 1.5L Petrol · EU70 FHT

The 2020 Skoda Karoq presents a notably clean official DVSA MOT history, with three successive pass certificates recorded at the 2023, 2024, and 2025 tests. The most recent examination on 18 June 2025 was completed without any advisories, defects, or failure points recorded against the vehicle, which is an encouraging indicator of its overall structural and mechanical condition at the point of test. The consistency of clean passes across three consecutive years, with no emerging patterns of wear-related advisories on items such as brake components, tyres, suspension, or exhaust, indicates a stable maintenance trend. The absence of any recorded advisory items also suggests that the previous keeper has likely addressed minor wear items either before or between tests rather than allowing them to accumulate, which is a positive signal for prospective purchasers. With 27,724 miles recorded against a six-year-old vehicle, the Karoq has covered an average of approximately 4,621 miles annually, which sits well below the typical mileage band for a family SUV of this type. This low annual usage figure implies either predominantly short-distance driving, periods of extended standing, or a combination of both. Such usage patterns can produce mixed mechanical consequences: brake discs and pads may suffer from surface corrosion or binding calipers owing to prolonged inactivity, while oil seals, gaskets, and rubber components can degrade through lack of regular thermal cycling. Conversely, the low mileage suggests that major drivetrain and wear components such as the clutch, gearbox, engine internals, and turbocharger have experienced relatively light mechanical duty for their age, which is a positive factor for long-term durability. Given the clean MOT record but the low and potentially sporadic usage profile, a prospective buyer should carry out a targeted physical inspection focusing on age-related deterioration rather than straightforward wear. Tyres warrant particular scrutiny, as six years of service life frequently leads to sidewall perishing, cracking, and UV degradation even where tread depth remains legal, and a reputable inspection should verify the manufacturing date code on each tyre sidewall. The 12-volt battery is another priority check, as low-mileage vehicles often suffer from chronic undercharging which reduces battery lifespan, and any hesitation or slow cranking during a cold start attempt should be viewed as a warning sign. It is also prudent to confirm that the vehicle has been started and driven regularly, ideally with evidence in the form of service book stamps or invoices, and to verify the integrity of timing belt or chain replacement intervals if the documented service history places the vehicle near such a threshold. Brake system condition deserves close attention during both the static inspection and any test drive. Discs should be examined for significant surface oxidation, pitting, or lipping, while the caliper sliders and handbrake mechanism should be checked for seizing caused by infrequent use. On a road test, the buyer should listen for suspension clonks or knocks over speed humps and uneven surfaces, as well as any brake shudder or pulling under firm application which could indicate warped discs or sticking calipers. Fluid condition is likewise time-sensitive rather than mileage-sensitive, so the brake fluid should be tested for moisture content and the engine coolant, along with the automatic or manual transmission fluid where applicable, should be inspected for degradation. Finally, the air conditioning system, which often suffers from refrigerant seal drying on low-use vehicles, should be confirmed to function effectively, as regassing and seal repairs represent a foreseeable post-purchase expense if the system has been dormant for extended intervals.