2022 Cupra Formentor VZ1 TSI EVO S-A 2.0L Petrol · LO72 XTC

A pattern of front-axle tyre wear is the defining mechanical observation from the recorded MOT history of this 2022 CUPRA Formentor VZ1 TSI EVO S-A. Only one test is currently on file, conducted on 2 December 2025, at which point the vehicle passed with advisories against both the nearside and offside front tyres for being worn close to the legal limit and worn on the edge. While the result itself is a pass and there are no recorded failures or structural advisories to contradict, the fact that both front tyres were simultaneously flagged at the end-of-limit stage suggests an underlying geometry or suspension geometry issue rather than simple age-related wear. On a four-year-old DSG-equipped performance crossover with only around 22,000 miles covered, bilateral front-edge wear of this nature typically points toward misalignment, worn front suspension bushes, weakened coil springs, or a contributing factor from the geometry of the front strut and lower arm arrangement under the vehicle's weight. The recorded mileage of 22,159 miles against a four-year registration places this Formentor firmly in low-mileage territory, averaging approximately 5,540 miles per year. There is a conspicuous absence of MOT test history prior to the December 2025 entry, which is consistent with the vehicle having only just become eligible for its first compulsory test at the end of its fourth year on the road, so the single recorded test represents the earliest available DVSA evidence rather than a gap in coverage. Such low annual mileage does reduce wear on major drivetrain components including the dual-clutch gearbox, turbocharger, brake discs, and suspension linkages, but it does raise the possibility of extended standing periods. Vehicles used predominantly for short journeys or left unused for stretches are more prone to issues with brake disc corrosion, sticking calipers from lack of use, tyre flat-spotting and sidewall degradation, and 12V battery condition, none of which can be verified from MOT history but warrant attention during inspection. For the test drive, particular attention should be paid to the front-end behaviour given the advisory pattern. Listen for clonks, thuds, or squeaks emanating from the front suspension over speed humps, uneven surfaces, and during full-lock manoeuvres, as these are characteristic of worn anti-roll bar links, top mount bearings, or front lower arm bushes, all of which can induce the sort of uneven edge wear recorded on the test. The steering should be checked for any pull to one side under steady cruising, any vagueness around the straight-ahead, or uneven self-centring, all of which can indicate misalignment or geometry drift secondary to worn suspension components. Visually, the front tyres should be inspected closely for feathering on the inner or outer tread blocks, which would confirm a toe or camber issue, and the tread depth should be measured across the full width to ensure it is not already at or below the legal 1.6mm threshold given the advisory. The rear tyres should also be examined for uneven wear patterns even though they were not flagged, as rear geometry can drift in sympathy with front component wear on this platform. Brake feel and pedal response deserve specific scrutiny during the road test, particularly given the low mileage and the likelihood of prolonged standing periods. The pedal should feel firm and progressive from the first application; any sponginess, excessive travel, or judder under braking would suggest corrosion on the brake discs or pads beginning to delaminate from the caliper pistons through lack of regular use. At low speed, with the windows down, listen for any scraping, grinding, or rubbing noises emanating from the front wheels, as seized or partially binding calipers are a recognised issue on low-mileage vehicles and would also contribute to uneven brake pad wear. Finally, ensure the seven-speed DSG transmission behaves smoothly during low-speed parking manoeuvres and during part-throttle upshifts, as DSG mechatronic issues and clutch pack wear are known concerns on higher-output TSI variants and would not necessarily be reflected in any MOT data.