2014 Land Rover Discovery 3.0L Diesel · OV64 UNK

This Discovery’s most recent MOT, conducted just six months ago on 26 February 2026, confirms it remains roadworthy with no defects recorded. The test history since 2023 shows a stable pattern—four consecutive passes, including the September 2023 retest following a minor administrative failure on the 15th of that month. There is no evidence of recurring mechanical issues, and the absence of advisories suggests the vehicle has not been subject to repeated or unresolved faults. However, the gap between the 2024 and 2025 tests—spanning exactly one year—is slightly longer than the usual 12-month interval, though this does not inherently indicate neglect. The recorded mileage of 156,799 miles over approximately 12 years equates to an average of 13,067 miles annually, which is elevated for a vehicle of this age. This suggests either consistent heavy use or prolonged periods of inactivity followed by rapid mileage accumulation. Notably, the September 2023 failure—though not for mechanical defects—occurred at 52,000 miles, implying the vehicle may have sat for an extended period before resuming use. The subsequent retest at 52,000 miles (same mileage) suggests minimal additional wear was introduced during that interval, but the high annual mileage still raises concerns about accelerated wear on suspension bushes, coil springs, and brake components. Given the lack of recorded defects, a buyer should prioritise an independent inspection of the suspension geometry, particularly the rear trailing arms and subframe mounts, which are common failure points on this model at this mileage. The high mileage also warrants close examination of brake calipers for binding or corrosion, as well as the structural integrity of the sills and wheel arches for corrosion, which can compromise the vehicle’s safety. Tyre condition, including tread depth and lateral wear patterns, should be scrutinised, as the absence of MOT failures in this area does not guarantee they have been consistently maintained. Finally, the drivetrain—including the transfer case and differential—should be checked for leaks or unusual noise, as these systems are often overlooked until failure occurs.