2021 Skoda Scala 1.0L Petrol · MM21 LND

A pattern of progressive brake and tyre deterioration defines the DVSA history of this 2021 Skoda Scala, with each annual test from 2024 onwards flagging wear of a similar character. The most recent examination on 20 October 2025 recorded a clean pass with no advisories, but the immediately prior test on 9 October 2025 was a failure driven by rear brake disc corrosion on both sides, accompanied by tyre cracking and perishing across all four wheels and a nearside front tyre worn close to the legal limit on its edge. Earlier entries reinforce this trend rather than contradict it: the February 2025 pass noted pitting and scoring on both rear discs, and the March 2024 pass recorded all four tyres with perishing alongside general rear disc surface corrosion. The recurrence of the same component groups across three consecutive tests indicates that the braking and rubber items are on a predictable wear curve for this vehicle, and a buyer should not interpret the clean October 2025 pass as evidence that the underlying deterioration has been resolved, merely that it did not breach failure thresholds on that particular day. The recorded mileage of 19,528 miles against a five-year vehicle age equates to an annual accumulation of roughly 3,900 miles, which is markedly below the typical usage rate for a car of this class. Low annual mileage of this magnitude reduces wear on major drivetrain components such as the clutch, gearbox and engine internals, but it concentrates deterioration on items that degrade through age and environmental exposure rather than active use. The MOT test dates themselves are instructive: tests were recorded in March 2024, February 2025 and twice in October 2025, with no test recorded in 2022 or 2023 despite the vehicle being first eligible in late 2023. This sparse early testing history means there is no DVSA evidence covering the vehicle's first three years of life, and any latent issues from that period will not be reflected in the record. The combination of low mileage, multi-year testing gaps and consistently age-related rather than mileage-related defects points to a car whose components are wearing out by calendar age rather than by mechanical workload. The repeated rear brake disc corrosion is the single most significant item for a prospective buyer to investigate, as pitted and scored disc surfaces worsen progressively once initiated and typically recur on replacement units if the underlying cause is environmental exposure rather than pad material. On a test drive, listen for any scraping or grinding noise from the rear axle under light braking, and feel for vibration or pulsation through the brake pedal as the discs pass through their thermal cycle. Inspect both rear discs directly through the wheel spokes for visible lipping at the outer edge and rust pitting concentrated on the inner friction surface, as the advisories specifically noted that deterioration was worse on the inner side. Caliper slide pins and handbrake mechanisms should be checked for seizing, since low-mileage vehicles are particularly prone to binding calipers and handbrake cables that corrode in their housings from infrequent use. The tyre advisories merit equal attention given their recurrence across all four wheels in consecutive tests. Cracking and perishing of this kind on a low-mileage vehicle typically indicates that the tyres have aged beyond their effective service life regardless of remaining tread depth, as the rubber compound hardens and oxidises with time. Check the sidewalls and tread blocks for hairline cracks, particularly in the shoulder grooves, and confirm the manufacturing date stamps on each tyre to verify they are not original fitments from 2021 still in service. Uneven shoulder wear on the nearside front tyre, flagged as worn on edge in October 2025, suggests a possible alignment or suspension geometry issue that should be investigated by checking for uneven tyre wear patterns, steering pull to one side, or knocking noises from the front suspension over uneven road surfaces. Finally, request evidence of any brake disc or pad replacement carried out between the October 2025 failure and the subsequent pass, as the rapid turnaround may indicate rectification work that should be documented rather than assumed.