2014 SEAT Leon 2.0L Diesel · SL64 XRT

The most recent MOT test on 24 August 2026 resulted in a pass with no advisories or defects recorded, which on the surface suggests a positive outcome. However, the test history shows a maintenance trend that warrants close attention. Five days prior to this clean pass, the vehicle was presented with two dangerous front tyre failures and two major front suspension wishbone bush defects, plus an advisory for an offside rear shock absorber with oil misting. The abrupt transition from a dangerous failure to a pass five days later implies that replacement components were fitted and an immediate retest secured, rather than reflecting an underlying improvement in the vehicle's mechanical condition. Looking further back, both rear coil springs fractured in July 2025, and the rear brake pads were flagged as severely worn in August 2024. The cumulative picture indicates a pattern of consumable wear being allowed to reach or exceed legal limits before being addressed, alongside emerging deterioration in the front suspension and rear dampers that has now been actively rectified. A prospective buyer should therefore view the latest clean test as a snapshot immediately following rectification work rather than evidence of consistently careful maintenance. The vehicle is twelve years old with 107,811 recorded miles, equating to an annual average of approximately 8,984 miles, which is broadly typical for a car of this age. The MOT records do not show any large gaps in testing or unusual mileage jumps between successive tests, suggesting reasonably consistent usage rather than long periods of standing or rapid accumulation. That said, the mileage is sufficiently high to expect meaningful wear on items such as the clutch, dual-mass flywheel if manual, turbocharger if applicable, and general engine ancilliaries. The fact that the car has covered this mileage without any recorded advisories relating to exhaust emissions, engine management lights, or major driveline faults is a positive indicator, but the suspension and brake component failures suggest that chassis and undercarriage items have not been proactively maintained. In light of the failed items, the most pressing areas for buyer inspection are the front suspension and rear dampers. The lower wishbone rubber bushes were both recorded as excessively worn and split, and these have presumably been replaced ahead of the August 2026 retest. On a test drive, listen for any residual clonking or knocking over speed humps and uneven surfaces, which could indicate incomplete replacement, incorrectly torqued components, or that the upper strut top mounts and rear trailing arm bushes have also degraded given the mileage. The offside rear shock absorber was noted with oil misting at the 2024 and 2025 tests, suggesting progressive seal failure; replacement dampers ideally should be fitted in axle pairs, and the buyer should confirm whether both rear shocks have been renewed. Test the vehicle at low speed over undulating road surfaces to detect any continued damping weakness, such as excessive bouncing, rear instability, or a noticeable lack of wheel control over bumps. Beyond the suspension, the buyer should inspect both rear brake discs, as the pads were flagged as very low in 2024 and the front inner edges of the 225/40 R18 tyres have shown repeated wear patterns across multiple tests, pointing toward either a tracking issue, worn suspension geometry, or suboptimal camber. A four-wheel alignment check is advisable given the recurring inner-edge tyre wear. Examine the most recently fitted front tyres for correct size, brand, and date code, ensuring they are not budget items of questionable quality. With twelve years of service, even with average mileage, time-based degradation should be expected: check the production date of the 12V battery, inspect the coolant and brake fluid for age-related contamination, and verify whether the timing belt and water pump have been replaced according to SEAT's recommended interval. Lift the rear wiper blade and check the boot floor and undertrays for any signs of fluid leaks, particularly given the fractured rear springs could have permitted impact damage to surrounding components. Finally, confirm a complete service history with stamped evidence of regular oil and filter changes, as consistent servicing is the best predictor of long-term engine and drivetrain reliability on a high-mileage Leon of this vintage.