2018 Land Rover Discovery Sport 2.0L Diesel · YX18 BTO

The most recent MOT history for this 2018 Land Rover Discovery Sport, tested just over a year ago on 2025-07-22, reveals a concerning pattern of repeated failures despite no recorded defects. Both tests at 155,715 miles—conducted on the same day—were marked as failed, though the absence of specific defect codes makes it impossible to determine the root cause from this record alone. This suggests either an administrative error, a test centre malfunction, or a vehicle condition that evaded detection during the inspection. The preceding MOT in 2024 at 142,667 miles also resulted in a failure on the same date, reinforcing the possibility of a systemic issue rather than isolated neglect. Without visible advisories or defects in the cleanest tests, the trend appears erratic rather than worsening or improving, but the repeated failures demand further scrutiny. The recorded mileage of 155,715 miles over eight years equates to an average of nearly 19,500 miles annually, which is significantly higher than the UK average for this vehicle age. This suggests either intensive use or prolonged periods of inactivity followed by rapid accumulation. The gap between the 2023 and 2024 tests—covering 13,785 miles in a year—is consistent with the overall pattern, but the lack of intermediate tests makes it impossible to confirm whether maintenance was skipped or whether the vehicle was temporarily off the road. The absence of advisories in any of the passed tests implies that any wear or damage was either minor or not visually apparent during inspections, though high mileage alone increases the likelihood of hidden issues in suspension bushes, coil springs, and drivetrain components. Given the repeated failures and the vehicle’s age, a buyer should prioritise an independent inspection of the suspension geometry, particularly the rear subframe and track arms, as these are common failure points in Discovery Sport models. The binding calipers or uneven brake wear mentioned in similar cases should be checked, even if not recorded here, given the high mileage. Corrosion around wheel arches, sills, and the subframe should be thoroughly examined, as should the structural integrity of the rear axle housing and exhaust manifolds, which are prone to fatigue cracks. The lack of specific defect codes in the failed tests makes it impossible to confirm past issues, but the pattern warrants caution—especially in components that often fail silently, such as the transfer case or differential seals.