2015 SEAT Alhambra 2.0L Diesel · KT15 YCY

Persistent structural and suspension degradation defines the mechanical history of this Alhambra, which passed its most recent test on 10 July 2026 despite a recurring pattern of deterioration in the rear axle assembly. While the vehicle has maintained a consistent pass rate, the MOT data reveals a multi-year trend of unresolved advisories concerning the rear suspension arms, coil springs, and trailing arm bushes. The presence of these repeated warnings suggests that the rear chassis components have been subject to ongoing environmental corrosion and mechanical wear that have not been rectified through component replacement, indicating that the vehicle is currently operating with components nearing the end of their functional service life. Accumulating 116,139 miles over eleven years results in an average annual usage of approximately 10,500 miles, a figure that is consistent with typical family vehicle patterns. This steady accumulation suggests the vehicle has been in regular, active service rather than experiencing prolonged periods of inactivity, which often leads to different types of mechanical decay such as seized calipers or perished seals. However, the consistent mileage means that high-wear items, particularly those in the suspension and braking systems, have been subjected to sustained stress across a wide range of road conditions, necessitating a thorough examination of the drivetrain and chassis mounting points during any physical inspection. Prospective buyers must prioritise a detailed inspection of the rear suspension, specifically the trailing arm bushes and the arm structures themselves, as these have been flagged for three consecutive years. During a test drive, listen closely for knocking or clunking sounds emanating from the rear over uneven surfaces or speed bumps, which would indicate that the deteriorating bushes are failing to dampen road vibration effectively. Furthermore, the advisory regarding the corroded coil spring on the nearside rear warrants a visual check for surface flaking or structural thinning, as a compromised spring can lead to uneven ride height and unpredictable handling characteristics under load. The tyre condition flagged in the latest test, specifically the heavy wear on the inner edge of the offside rear, is a critical point of concern that may indicate a geometry misalignment or excessive negative camber resulting from the worn suspension components mentioned above. Beyond the suspension, the tyre pressure monitoring system lamp illuminated on the dashboard requires diagnostic investigation to determine if the fault lies with a simple sensor battery, a damaged valve, or a more complex electronic module failure. Finally, while the brake discs have previously been noted for pitting and scoring, ensure the pedal feel is firm and free of judder, as the history of brake-related advisories necessitates confirmation that the current friction surfaces are providing consistent stopping performance.