2013 LAND ROVER DISCOVERY3.0L Diesel

This Discovery has demonstrated consistent roadworthiness over its most recent tests, with the latest MOT on 9 March 2026 confirming no defects at 120,084 miles. The pattern is stable, with no recurring advisories or failures in the past three tests, suggesting the vehicle has avoided major mechanical or structural issues in that period. The February 2024 retest—just three days after a failure—indicates a swift response to any minor oversight, though no defects were recorded on either occasion. This suggests attentive maintenance where necessary, though it does not preclude hidden wear on high-mileage components like suspension bushes or drivetrain joints. The mileage progression of approximately 9,200 miles annually aligns with typical usage for a vehicle of this age, with no abrupt spikes or prolonged inactivity. The gap between tests averages around 12 months, which is standard, though the February 2024 retest (just three days after failure) stands out as an unusual but compliant correction. There is no evidence of excessive wear from mileage alone, but the lack of pre-MOT servicing records means critical components—such as timing belts, transfer case fluid, or differential seals—cannot be verified. The 2023 to 2024 interval shows a steady 1,434-mile increase, reinforcing the absence of neglect. Given the clean MOT history, a buyer should prioritise an in-person inspection of the suspension geometry, particularly the rear trailing arms and track bar bushes, which are prone to wear at this mileage. The absence of advisories does not rule out minor corrosion in wheel arches or sills, so scrutinise structural integrity around the wheel housings and subframe mounts. Braking performance should be tested for uneven pad wear or binding calipers, especially if the vehicle has seen off-road use. Finally, the lack of recorded exhaust emissions tests (CO, hydrocarbons) in recent years warrants a check for catalytic converter efficiency and potential leaks, as these are often overlooked until failure.