2009 SEAT Altea 1.6L Petrol · AD09 WDJ

A recurring pattern of front-end tyre deterioration and suspension wear defines the roadworthiness picture for this 2009 SEAT Altea, with the latest test on 2 July 2025 passed but recording a cracked windscreen in zone B and a product haze on both headlamp lenses. Across seven tests spanning 2020 to 2025, the vehicle has passed on five occasions and failed outright twice, both failures concerning front-end integrity. The 2020 failure centred on a dangerous damaged rear valve stem and a perished anti-roll bar ball joint dust cover on the nearside front, while the 2023 failure flagged a fractured nearside front coil spring alongside two dangerous front tyres with cords visible. Advisories have repeatedly flagged perishing and cracking on the front tyres across 2020 and 2022, with the 2023 pass adding front brake disc corrosion and stepped rear tyre wear to the watchlist. The overall trend points to a vehicle that has cleared each annual assessment but with chronic advisories clustering around tyres, front suspension components, and braking surfaces. At 56,915 recorded miles over approximately seventeen years, the Altea is accumulating just 3,348 miles per year on average, which is notably low for its age and points to either periods of limited use or extended standing between trips. There are no testing gaps in the DVSA record, with an annual test consistently submitted since 2020, though the mileage progression between tests cannot be verified from the data provided. Low annual mileage of this nature typically reduces wear on drivetrain and major internal components but can accelerate deterioration of rubber items such as tyres, bushes, and dust covers through dry rot and UV exposure, a pattern consistent with the repeated tyre perishing advisories and the fractured coil spring flagged in 2023. The lack of significant brake or exhaust advisories beyond the noted front disc corrosion suggests the rolling components have not been worked particularly hard, though standing periods can promote surface corrosion on discs and pads that may not be evident in the MOT data alone. For a prospective buyer, the priority mechanical checks on a test drive should focus on the front suspension, where the 2023 fractured coil spring and the 2020 perished anti-roll bar dust cover were flagged. Listen for clonking or knocking noises from the front end over speed humps and uneven surfaces, which would indicate worn anti-roll bar drop links, ball joints, or top mounts, and pay particular attention to any asymmetry in ride height that could suggest another coil spring fracture in progress. Examine the front tyres closely for sidewall cracking, dry rot, or uneven shoulder wear, as the recurring advisories on nearside and offside front tyre perishing between 2020 and 2023 indicate a persistent susceptibility to rubber degradation regardless of tread depth. Brake pedal feel should be assessed for judder or vibration under firm application, consistent with the corroded inner faces of the front discs noted in 2023, and the car should be checked for any pulling to one side under braking. Secondary inspection points should include a careful visual check of both headlamp lenses for the product haze noted in 2025, as this can be cleaned or restored if light output remains adequate, and a close look at the windscreen for any crack propagation beyond the recorded zone B damage. Inspect the offside rear and nearside rear tyres for stepped inner-edge wear and sidewall cuts as previously recorded, and confirm that all four tyres are of matching age and specification. Given the low annual mileage, it is also prudent to check the condition of the rear brake components, handbrake mechanism, and any rubber boots or gaiters that may have stiffened through standing. Finally, ensure the rear tyre valve stems are intact, as the dangerous failure recorded in 2020 for a seriously damaged valve stem suggests this is a known weak point worth confirming on the current rubber before purchase.