2017 SEAT Leon 2.0L Petrol · BN17 OTS

Structural vulnerability and significant structural tyre degradation have marked the history of this SEAT Leon, most visibly demonstrated during the February 2025 testing cycle where the vehicle accumulated both dangerous and major failures. On 2025-02-05, the car was refused an MOT certificate after inspectors recorded structural failures comprising dangerous tyre separation on both the nearside front and offside rear, alongside a loose wheel hub to bearing retaining bolt on the nearside front suspension locking device. Following prompt rectification, the vehicle secured a straight pass on 2025-02-07 and subsequently passed its latest examination on 2016-02-10 with zero defects recorded. Beyond these specific incidents, the wider test record reveals isolated electrical faults, such as a malfunctioning tyre pressure monitoring system that resulted in a failure during the February 2023 test before being quickly resolved. Accumulating 113,348 miles over its nine-year lifespan yields an average of approximately 12,594 miles driven annually, establishing a heavy-use profile well above the national average. This intensive mileage accrual means that high-stress mechanical components, steering joints, drivetrain assemblies, and suspension linkages have experienced above-average operational cycles. The continuity of testing is otherwise uninterrupted, with annual examinations consistently taking place every February without extended periods off the road, indicating that the high mileage has been built up steadily through continuous everyday usage rather than compressed bursts or prolonged storage. During the pre-purchase inspection and test drive, absolute priority must be given to examining the front suspension and steering assemblies where the loose wheel hub and bearing retaining bolt was previously flagged. Prospective buyers should listen intently for any clunking, knocking, or metallic play from the front corners when driving over rough road surfaces, speed bumps, or during tight low-speed turns, as any lingering looseness or premature wear in the hub carriers, wheel bearings, or suspension joints will manifest as noise and vague steering feedback. Furthermore, given the history of structural tyre lumps and bulges, the current set of tyres must be inspected closely across all four sidewalls and tread blocks for any signs of aging, uneven wear patterns, or localized deformation. The electrical systems warrant careful verification during a static and dynamic check, specifically ensuring that the tyre pressure monitoring system functions correctly through the dashboard interface without recurring fault warnings, given its prior failure record. Every switch, warning light, and onboard convenience feature should be tested to confirm that previous interventions to clear faults left no lingering electrical anomalies. By thoroughly cross-referencing the physical condition of the hubs, steering geometry, and tyre carcasses against the statutory MOT history, a buyer can accurately determine whether the necessary remediation work following the 2025 failures was executed to a high standard.