2018 SEAT Arona 1.0L Petrol · YP68 WVB

This 2018 SEAT Arona presents a mixed mechanical picture rather than a clear-cut one, with a pattern of faults emerging in the later years of its MOT record that warrant close attention. The most recent test on 23 October 2025 produced a pass with no defects recorded, but it followed a failure on the same date which flagged four major defects: both front track rod end ball joint dust covers were excessively damaged on the nearside and offside, the offside rear shock absorber had a serious fluid leak, and the rear brakes were 32% out of balance across the axle. Earlier that same year on 30 October 2024 a test resulted in a dangerous defect for a nearside rear tyre with ply or cords exposed, alongside an advisory for the offside rear tyre showing damage, perishing, and nails in the tread. The 2022 test cycle similarly combined a pass with a same-day failure listing a non-functioning nearside front position lamp as a major defect, together with advisories for worn front brake discs on both sides and thinning front brake pads. Prior to 2022 the vehicle passed cleanly in 2021 and 2023 with no defects, meaning the rearward escalation of structural and braking concerns represents a recent deterioration rather than a long-standing pattern. Against an age of roughly eight years, the recorded mileage of 70,821 miles equates to around 8,850 miles per annum, which sits broadly within typical expectations for a vehicle of this age and type. The testing cadence from 2021 through 2025 has been consistent at annual intervals, with no multi-year gaps to suggest extended periods off the road or dormant storage, so the mileage accumulation can be read as a continuous pattern of regular use. This steady usage means components such as suspension, braking hardware, and tyres have been worked consistently rather than suffering the dry-joint and corrosion issues often associated with very low annual mileages. Equally, it means consumables have accumulated wear at a predictable rate, and the brake and tyre advisories that have appeared are consistent with a car that has been doing its share of road work. For a prospective buyer, the most pressing items to verify physically are the front steering and rear suspension components flagged on the October 2025 failure, as the rectification work carried out between the failure and the subsequent pass should be evidenced with invoices. On a test drive, listen for clonks or knocks from the front end over uneven surfaces and pay particular attention to any vagueness in steering response or uneven tyre wear across the front axle, both of which would indicate that the track rod end ball joints have not been properly addressed or that the replacement was substandard. The offside rear shock absorber fluid leak should have been resolved, but it is worth inspecting the offside rear wheel arch and underbody for any residual oil staining and pushing down firmly on each rear corner to confirm the dampers rebound evenly without a secondary bubbling or bottoming-out feel. With the rear brake imbalance having been recorded at 32% across the axle, a test drive should include several firm stops from around 30 mph to feel for any pulling to one side, a soft or spongy pedal, or judder through the pedal that might suggest the caliper, hydraulic correction, or handbrake mechanism has not been fully rectified. The tyre condition recorded at the 2024 test is also worth revisiting, as the dangerous defect for cords exposed on the nearside rear and the damaged offside rear tyre with embedded nails indicate that tyre monitoring had lapsed at that point. All four tyres should now be examined for their manufacturing date, tread depth across the full width, and any bulges or sidewall damage, with particular focus on even wear patterns that would confirm the geometry is correctly set following the steering repairs. The front brake disc and pad advisories from 2022 should also be confirmed as resolved, ideally by inspecting pad material thickness through the caliper window and feeling for a defined outer lip on the front disc friction surface. A final under-bonnet check should confirm all position lamps function correctly, given the 2022 major defect for an inoperative nearside front lamp, and a road test at night would be the most reliable way to verify that no warning indicators have since recurred.