1999 Toyota Landcruiser Colorado Extd 3.0L Diesel · YIL 7717

The vehicle presents a clean and stable maintenance trend. The most recent test on 10 November 2025 at 124,900 miles passed with zero defects recorded, and this pattern of completely unblemished MOT certificates extends back through every available entry in the record. There are no recurring faults, no advisories, and no mechanical failures documented across the entire five-test history. This indicates consistent baseline upkeep rather than a reactive repair pattern. The mileage accumulation tells a specific story. Over the five recorded tests spanning from 2 January 2020 at 110,160 miles to 10 November 2025 at 124,900 miles, the vehicle added 14,740 miles over nearly six years, averaging roughly 2,457 miles annually during that period. The 2023 test at 117,207 miles shows a modest 2,060-mile increase from the 2022 test, and the jump from 117,207 miles in February 2023 to 122,109 miles by October 2024 represents about 4,900 miles over approximately 20 months. The final interval from October 2024 to November 2025 accounts for just 2,791 miles. This is genuinely low annual use for a 27-year-old vehicle, and the gaps between tests are consistent with short, regular journeys rather than long periods of total inactivity. Despite the clean paper record, a buyer should still conduct a thorough physical inspection. Low-mileage vehicles that sit unused for extended periods can develop seized brake calipers, perished rubber suspension bushes, and degraded brake fluid from moisture absorption, none of which may surface as a formal MOT failure but affect drivability. The underbody and chassis rails on a 1999 Land Cruiser deserve close scrutiny for corrosion, particularly around the rear crossmember, sills, and suspension mounting points, as structural rust is the most common long-term threat to vehicles of this age regardless of mileage. Front and rear suspension components, including coil springs, shock absorbers, and trailing arm bushes, should be checked for deterioration from age rather than wear. Tyre date codes are also worth verifying, as older rubber compounds crack internally even with full tread depth. The clean MOT history is encouraging, but it does not substitute for a hands-on mechanical assessment focused on age-related degradation.