2010 Land Rover Freelander 2.0L Diesel · WJ10 NFN

The vehicle’s most recent MOT on 2026-03-17 at 93,558 miles was passed, indicating current roadworthiness. However, the same test date and mileage also recorded a failure, suggesting a potential recurring issue that was resolved before re-testing. Prior MOTs from 2023 to 2025 show consistent passes with incremental mileage increases, implying stable maintenance. The absence of recurring defects in earlier tests, aside from the 2026 anomaly, suggests the vehicle may have addressed specific faults, though the repeated failure at identical parameters warrants caution about underlying mechanical stress or component degradation. The mileage of 93,558 miles for a 16-year-old vehicle is notably low, averaging approximately 5,847 miles annually. This aligns with lighter usage or periods of inactivity, as evidenced by the gradual accumulation between tests. The jump from 77,968 miles in March 2023 to 84,477 miles in March 2024 (6,509 miles) exceeds the annual average, hinting at increased use during that period. Subsequent intervals show smaller increments, which could reflect reduced activity or meticulous record-keeping. The data lacks gaps or irregularities, supporting a pattern of consistent, if minimal, usage. The 2026 failure at 93,558 miles, followed by a pass at the same reading, points to a specific fault that was rectified. Given the vehicle’s age and mileage, components prone to wear—such as suspension bushes, coil springs, or brake discs—should be scrutinized for wear or corrosion. The lack of prior advisories on structural integrity or exhaust emissions implies these systems may have remained intact, but the recent failure could indicate a component nearing its service life. Binding calipers or binding issues in the braking system might also require attention, as such faults can recur if not fully resolved. A buyer should prioritize inspecting the suspension and braking systems, as the 2026 failure may relate to these areas. Check for corrosion in wheel arches or undercarriage, as rust can compromise structural integrity over time. Verify the condition of brake discs and pads, as high-mileage vehicles often exhibit uneven wear or scoring. Additionally, test the functionality of steering components and exhaust emissions, as these systems are critical for safety and compliance. Even with low mileage, age-related degradation in seals, bushings, or springs could manifest, so a thorough mechanical examination is advised.