2016 Land Rover Discovery Sport 2.0L Diesel · CE16 SFU

The most recent MOT history for this 2016 Land Rover Discovery Sport reveals a stable but unusual pattern, with the vehicle passing all tests since June 2022 without any recorded defects. The May 2025 entry is particularly notable for a duplicate pass/fail entry at 94,005 miles, suggesting either an administrative error or a retest after a brief hold—though no defects were logged. This consistency implies the vehicle has not encountered major recurring issues, yet the lack of advisories or warnings means critical components like suspension bushes, coil springs, or binding calipers were not explicitly cleared. The absence of failings on structural integrity or corrosion is reassuring, though the record does not confirm proactive maintenance beyond MOT thresholds. The mileage progression of approximately 9,400 miles annually aligns with typical usage for a vehicle of this age, though the gap between tests—particularly the 18-month interval between June 2024 and May 2025—is unusually long for a Discovery Sport. The jump from 88,431 to 94,005 miles in just over a year suggests active use, but the lack of advisories or partial failures in prior tests means there’s no evidence of rushed maintenance or deferred repairs. Without service records, it’s impossible to confirm whether critical intervals (e.g., timing belt, differential fluid) were adhered to, but the MOT history does not indicate neglect. A prospective buyer should prioritise an independent inspection of the suspension geometry, particularly the rear subframe and coil springs, given the vehicle’s age and typical wear patterns. The brakes, while not failed, should be checked for uneven wear or binding calipers, as the MOT does not provide details on disc thickness or pad condition. Corrosion around wheel arches, sills, and the subframe should be scrutinised, especially if the vehicle has seen off-road use. The dual exhaust system and catalytic converters should be inspected for leaks or excessive emissions, as the MOT does not confirm their functional integrity beyond passing limits. Finally, the differential and transfer case should be examined for fluid leaks or unusual noise, as these are often overlooked but critical components in this model.