2021 Skoda Karoq 1.5L Petrol · FD21 KVC

A two-test MOT history consisting entirely of clean passes, with no advisories or failure points logged at either the 2025-07-25 or 2024-08-08 examinations, indicates a Karoq that has so far presented no DVSA-flagged mechanical concerns. The absence of any recorded defects across two consecutive tests is a positive roadworthiness signal, demonstrating that the braking system, suspension components, steering, exhaust, lighting, tyres, and structural underbody areas were all considered serviceable by the tester at the time of inspection. With only two MOT records to evaluate (the first being in 2024 and the second in 2025), the dataset is relatively limited for a 2021 vehicle, so the clean record should be viewed as a snapshot rather than an exhaustive long-term picture. The trend, however, is stable and currently free of any recurring component issues that might suggest an emerging pattern of wear or deterioration. With approximately 31,359 miles accumulated over five years, this Karoq is running at roughly 6,272 miles annually, broadly average for its age and segment. There are no extended gaps in the testing record to suggest prolonged off-road storage, nor is there evidence of unusually rapid mileage accumulation between tests that would indicate a high-mileage usage profile. Mechanical implications of this usage level are favourable: braking consumables such as discs and pads should retain significant remaining life, original or near-original suspension components are unlikely to have suffered excessive wear, and drivetrain items including the clutch or DSG mechatronics (depending on transmission type) should not yet be approaching major service thresholds. The modest annual mileage also means that rubber components, fluid seals, and underbody corrosion protection have not been subjected to the accelerated wear cycles associated with high-mileage use. For a prospective buyer, the priority on a physical inspection should be a close visual and tactile evaluation of the areas that commonly present on MQB-platform vehicles of this vintage but which have not yet surfaced in the MOT record. Inspect the front brake discs for a distinct lip at the outer edge and check for any pulsing or vibration through the brake pedal during a firm, moderate-speed stop, which would suggest disc warping. Listen carefully over uneven road surfaces for any knocking, creaking, or clonking from the front suspension, particularly around the anti-roll bar drop links, wishbone bushes, and top mounts, all of which are known wear items on Karoq and Tiguan-derived platforms. Check the steering for any vagueness, clunks on full lock, or uneven tyre wear across the front axle, which could indicate worn track rod ends or suspension geometry drift. A test drive should also focus on the behaviour of the rear axle and the underbody condition, particularly given the Skoda group's known susceptibility to rear brake caliper binding and surface corrosion on suspension links in UK winter conditions. Apply gentle throttle from a standstill to confirm smooth power delivery and listen for any juddering, clonking, or whining from the drivetrain, as DSG units in particular can develop mechatronic hesitation or clutch slippage. Inspect the underside for any fresh fluid staining around the engine, gearbox, and rear differential areas, and examine all brake pipes and flexible hoses for signs of corrosion or weeping. Finally, confirm that all warning systems function correctly, particularly any emissions-related dashboard indicators, and verify the operation of the dual-zone climate control and infotainment system, as electrical gremlins on this platform tend to be early indicators of broader wiring loom or control module concerns that would not necessarily appear within the MOT testing scope.