2019 SEAT Arona 1.0L Petrol · SC69 XML

The 2019 SEAT Arona presents a sound roadworthiness position following its most recent MOT on 20 May 2026 at 21,624 miles, where the tester recorded zero defects. This clean pass marks a notable improvement over the preceding two tests, suggesting the previous owner addressed outstanding wear items. The maintenance trend over the full history is generally stable, characterised by minor, predictable wear rather than serious mechanical or structural failures. The vehicle has covered just 21,624 miles over roughly seven years, averaging approximately 3,089 miles per year. This is exceptionally low for a modern supermini. The mileage progression shows a gradual increase from 7,633 miles in October 2022 to 15,978 miles by October 2024, then a more pronounced jump of 4,179 miles in the twelve months leading to October 2025. Despite this recent uptick in use, the overall mileage remains well below the national average, which typically reduces wear on major drivetrain components but can raise questions about the condition of perishable rubber parts that deteriorate with age rather than mileage. The recurring theme across the 2024 and 2025 tests is the deterioration of rubber components, specifically tyre sidewalls and the offside rear brake disc. In October 2024 at 15,978 miles, the tester flagged the offside rear brake disc as worn, pitted, or scored, alongside cracking and perishing on all four tyres. The October 2025 test at 20,157 miles repeated the offside rear brake disc advisory and noted cracking on the nearside front, offside rear, and nearside rear tyres. These are age-related issues common on vehicles that stand idle for extended periods. A prospective buyer should carefully inspect the date codes on all four tyres to confirm they have been replaced recently, as the clean May 2026 test strongly implies they were renewed. Beyond the tyres, the offside rear brake disc advisory appearing in consecutive years warrants a physical check. A binding caliper or sticking handbrake mechanism on that corner could cause localised overheating and premature disc wear. The buyer should also inspect the underside for corrosion, particularly around suspension mounting points and the exhaust system, as low-mileage vehicles that undertake short journeys are prone to moisture accumulation and surface rust. The suspension bushes and coil springs should be examined for perishing, given the car's age and the inherent vulnerability of rubber components during prolonged periods of low use.