2016 Land Rover Discovery Sport 2.0L Diesel · AF16 PPZ

The 2016 Land Rover Discovery Sport presents a complex picture based on the recorded MOT history. The most recent test on 13 August 2025 resulted in a Pass with no advisories, which occurred at approximately 113,000 miles. However, the immediately preceding test on the same date in 2024 was recorded as a Fail, again with no specific defects documented by the tester. Prior to that, the 2023 and 2022 tests both passed cleanly. The exact nature of the failure last year cannot be determined from the provided data, but the contradiction of two entries on the identical date suggests one may represent an initial fail followed by a retest pass. Regardless, the overall trend leans towards a stable roadworthiness status, though the lack of recorded defects offers limited diagnostic reassurance. The mileage stands at 123,473 miles for a vehicle that is roughly ten years old, equating to an average annual accumulation of approximately 12,300 miles. While consistent year-on-year, this figure sits well above the typical 8,000 to 10,000 miles expected for a car of this vintage, pointing to higher wear on consumables, braking components, suspension bushes, and drivetrain elements. No data is available to confirm exact mileage progression between tests, though the rapid approach to the 123,000 mark implies sustained heavy use rather than long periods of standing idle. Any buyer should treat the odometer reading as a direct indicator that mechanical servicing intervals have likely been compressed compared to lower-mileage examples. Because the MOT record fails to record specific advisory notes across all five tests, the tester did not flag any recurring wear items such as tyre tread depth, brake disc condition, or coil spring corrosion. This absence is not necessarily evidence of pristine mechanical health, as MOT testing does not cover engine internals, transmission function, or off-road component integrity. For a high-mileage Discovery Sport, a physical inspection must scrutinise the rear suspension arms and bushings for cracking, the Haldex coupling and transfer box for oil leaks, the brake calipers for seizing, and the underbody for structural corrosion around the rear cross-member. A diagnostic scan for transmission fault codes and a thorough inspection of the timing chain and turbocharger actuation are essential, as these represent known weak points that the MOT history alone cannot detect.