2013 SEAT Alhambra 2.0L Diesel · OU63 WLE

The most recent MOT inspection on 24 July 2026 resulted in a pass with no defects recorded, following a failure just one week prior. This failure was due to perished dust covers on both the nearside and offside front anti-roll bar linkage ball joints. The recent successful retest suggests that these specific suspension components have been addressed, indicating a proactive approach to rectifying immediate mechanical failures. However, the overall maintenance trend shows a pattern of addressing reactive faults rather than preventative upkeep, as evidenced by the transition from significant corrosion advisories in 2025 to the recent suspension component failure. While the vehicle is currently compliant, the history suggests a cycle of addressing major defects only when they reach the point of MOT failure. With 115,080 miles recorded over approximately thirteen years, this SEAT Alhambra has covered an average of roughly 8,852 miles per year. This represents typical, moderate usage for a large MPV of this age, suggesting it has not been subjected to excessive motorway cruising nor has it suffered from the detrimental effects of prolonged periods of standing. This mileage level is consistent with a vehicle used for family duties and general commuting. Mechanically, this level of accumulation means that while major drivetrain components may still be robust, wear on consumable items such as suspension bushes, shock absorbers, and braking systems is expected to be well-advanced. The consistency in mileage accumulation implies a predictable wear profile, but the buyer must remain vigilant regarding the cumulative fatigue on the chassis and sub-frame. A significant area of concern for a prospective buyer is the documented corrosion on the rear sub-frame, rear suspension arms, and the rear anti-roll bar noted in the 2025 records. Although these were classified as not seriously weakened at that time, corrosion is a progressive condition. During a test drive, you should listen closely for any knocking, clunking, or rhythmic thudding from the rear of the vehicle, which could indicate that the structural integrity of these components is degrading or that the mounting bushes have perished. Furthermore, the history of uneven tyre wear on the inner edges and low brake pad advisories suggests that wheel alignment and braking system maintenance have been inconsistent. I strongly recommend a thorough visual inspection of the underside to assess the current extent of surface rust and to ensure that the recent repairs to the anti-roll bar linkages have been completed to a high standard. Beyond the documented history, the age of the vehicle necessitates a careful physical inspection of rubber and fluid components. Given the 2026 failure regarding dust covers, you should inspect all other rubber boots, such as those on the CV joints and steering rack, for signs of cracking or perishing. Check the tyre sidewalls for any age-related cracking, particularly if the vehicle has spent time parked in sunlight. Because the vehicle has seen steady use, you should also verify the service history to ensure that time-sensitive maintenance, such as brake fluid replacement and coolant refreshes, has been performed according to manufacturer intervals, as these fluids degrade chemically regardless of mileage. Finally, pay attention to any brake shudder or pulling under braking, which could indicate warped discs or binding calipers resulting from the previous history of worn pads and discs.