2009 SEAT Alhambra 2.0L Diesel · KS58 JRZ

Significant structural corrosion is the primary mechanical concern for this vehicle, evidenced by major failures in early 2025 involving excessively corroded subframe mountings and inner sills across both the front and rear. While the vehicle passed its most recent test on 27 February 2026, the history reveals a pattern of critical failures and recurring advisories regarding corrosion and tyre integrity. The presence of welding repairs covered in underseal indicates that substantial remedial work was required to address the loss of structural strength in the prescribed areas. An accumulated mileage of 142,998 miles over seventeen years represents a typical usage pattern of approximately 8,412 miles per year. This level of consistent use means that high-wear drivetrain and suspension components are likely reaching the end of their natural service life. The record shows this is already manifesting through previous failures of CV boots and anti-roll bar linkages, as well as chronic, multi-year corrosion of the coil springs. A physical inspection should focus heavily on the areas where welding repairs were carried out on the sills and subframe to ensure the quality of the work and check for new corrosion bubbling beneath the underseal. During a test drive, listen for knocks or clunks over uneven surfaces, which could indicate the ongoing degradation of the corroded coil springs or worn suspension bushes. Check for any unevenness in the vehicle ride height that might suggest a failing spring. Attention must be paid to the recurring reports of pitted and scored front brake discs, which may cause a noticeable judder through the brake pedal during deceleration. The persistent mention of an oil leak requires a check of the engine bay for fresh residue and a look beneath the vehicle for spotting. Finally, given the history of dangerous tyre failures and recent advisories for edge wear, the current tyre tread and sidewall integrity should be closely examined for irregular wear patterns that could suggest alignment issues.