2018 SEAT Leon SE Dynamic Technology TSI 1.2L Petrol · FE18 OGA

The 2018 SEAT LEON has successfully cleared every MOT test since 2021, maintaining a generally clean record with only minor advisories appearing in the 2024 and 2025 assessments. The most recent test on 2026-05-07 returned a clean pass despite the recurring nature of these warnings, indicating that the fundamental structure of the vehicle has remained sound while specific subsystems continue to degrade incrementally. This pattern reveals a vehicle that is mechanically intact enough to satisfy regulatory requirements but carries identifiable component wear that will become more pronounced with further use. The absence of any serious failures or breakdowns across seven consecutive test cycles suggests the powertrain and core drivetrain have performed adequately within their specified operating parameters. Regarding mileage, the recorded 75,189 miles placed on the vehicle over its eight-year life yields an average annual accumulation of approximately 9,400 miles, which aligns with standard usage expectations for a model of this age. The progression from the 2023-04-03 test through the 2025-03-31 test shows a slight uptick in yearly mileage, followed by another increase before the 2026-05-07 clearance, hinting that the car may have been driven less frequently during earlier years or experienced intermittent periods of storage. While this steady rate of wear is not alarming in itself, it does mean that suspension bushings, brake pads, and related consumables have been subjected to gradual progressive stress. The consistent passing grades indicate the engine and transmission have managed this volume without catastrophic failure, but the cumulative effect of extended operation is evident in the recurring minor advisories. The oil misting observed in the nearside front and offside rear shock absorbers at both the 2024-04-02 and 2025-03-31 tests points to potential seal deterioration or internal bearing wear within these components. On a test drive, listen carefully for any knocking, grinding, or rattling sounds when travelling over bumps or potholes, particularly through the wheel arches where the shock mounts connect to the subframe. Pay special attention to how the vehicle handles the rearmost stopping zones, as rear brake pad thinning has been documented twice across separate MOTs; this may manifest as a soft or spongy brake pedal feel under load or a tendency for the brake pressure to fluctuate during hard stops. The front tyres also showed wear close to legal limits at both the 2025-03-31 and 2026-05-07 tests, signalling either sustained high-load handling or inadequate rotation intervals; inspect tread depth regularly and verify the tyres were rotated according to the manufacturer's recommended schedule to prevent accelerated front-wheel fatigue. Finally, the persistent rear brake pad thinning across two separate test cycles warrants immediate attention before committing to purchase. During a test drive, monitor the braking performance from different directions—particularly when approaching corners or performing deceleration from moderate speeds—to detect any uneven wear patterns or pedal modulation anomalies that could stem from compromised pad thickness. Since the shock absorber oil misting has recurred in both the front near-side and rear positions, inspect the shock mounts and lower control arm bushings for signs of oil contamination or visible seepage, as this can progress to complete hydraulic failure if left unaddressed. Given the overall clean MOT history combined with these specific component flags, the vehicle presents a manageable risk profile provided the noted items are serviced promptly and the tyres are properly maintained throughout the remaining mileage life.