2019 SEAT Arona 1.0L Petrol · LF69 AWH

Tyre wear on the leading edges of both front tyres, recorded as an advisory at the most recent test on 23 January 2026 with 3.0 mm of tread remaining, points to a recurring geometry or pressure issue that has now persisted across two consecutive MOT cycles. The nearside front was previously flagged in January 2024 with the same edge wear pattern compounded by outer sidewall damage, suggesting the underlying cause was either not rectified at that time or has returned. Combined with rear brake pads noted as wearing thin at the latest test, the roadworthiness record shows a broadly stable pattern overall, with only one failure recorded on 23 January 2024 for both headlamp aim presets sitting too low, a straightforward adjustment issue rather than a structural defect. The intervening tests in January 2025 and December 2022 returned clean passes with no advisories, so the trend is not one of escalating mechanical decline but rather of localised wear items that warrant direct inspection rather than assumption. With 43,545 miles recorded over approximately seven years, the annual accumulation of around 6,221 miles sits close to the typical usage band for a vehicle of this age, and the mileage progression between tests is broadly consistent rather than erratic. There are no extended gaps in the testing record that would imply long periods off the road, which means corrosion-related advisories on suspension linkages, brake lines, or subframe mounting points would ordinarily be expected to remain minor at this stage. The January 2024 advisory of engine oil level close to minimum is consistent with a vehicle in active service rather than one suffering from chronic oil consumption or seal leaks, and the nearside rear child seat advisory on the same occasion is a tester access note rather than a mechanical defect. Usage of this nature tends to produce steady wear on consumables such as brake discs and pads, tyres, and wiper components rather than premature failure of major drivetrain or suspension assemblies. For a prospective buyer, the priority items to verify on a physical inspection are the front tyres, given the repeated edge-wear advisories. Check both front tyres for feathering or scalloping on the tread blocks and confirm that the nearside outer sidewall is free from any bulging, cracking, or repair damage, as a damaged sidewall is grounds for immediate tyre rejection regardless of remaining tread depth. Measure the tread depth across the full width of each front tyre rather than just the central groove, and ask whether a wheel alignment has been carried out since the January 2024 advisory, as unresolved tracking faults will simply wear the new tyres in the same pattern. Inspect all four tyres for matching make, model, and age, as mixed fitments can mask geometry issues and produce uneven wear characteristics across the axle. The rear brake pads flagged as wearing thin at the most recent test should be inspected for remaining friction material thickness, and the condition of the rear brake discs should be checked for lipping, scoring, or corrosion pitting, particularly given that a SEAT Arona of this mileage is approaching the point where rear discs may require machining or replacement alongside the pads. On a test drive, listen for any binding or dragging from the rear calipers during low-speed manoeuvres, which would manifest as a pulling sensation to one side or excessive heat from the rear wheels after driving. Verify headlamp alignment by parking on level ground facing a wall and confirming that the beam cut-off sits at or just below the horizontal centreline of each lamp, addressing the January 2024 failure before any further test. Finally, check the engine oil level on the dipstick with the vehicle parked on level ground and the engine warm, confirming it sits between the minimum and maximum marks, and inspect the underside and wheel arches for any surface corrosion on suspension arms, coil springs, or exhaust mounting brackets consistent with a seven-year-old vehicle in regular service.