2013 Toyota Estima 2.4L Lpg · BW63 RBF

The vehicle presents a current roadworthy status following the February 2025 test at 162,039 miles, where the tester passed it with no defects recorded. The maintenance trend appears stable across the available history, with each eventual pass showing a clean sheet and no advisories on suspension bushes, brake discs, corrosion, or exhaust emissions. The repeated same-day fail-and-pass pairs in 2024 and 2025 suggest administrative or documentation issues at the testing station rather than mechanical faults, as no defects were logged on either attempt. Recorded mileage stands at 162,039 on a 2013 vehicle, equating to roughly 12,465 miles per year and placing this Estima above average use for its age. The jumps between tests show 21,648 miles added from January 2024 to July 2024, then 23,086 miles by February 2025, a consistent high-rate accumulation with no standing periods. The DVSA data is sparse, offering only three test dates across the final fourteen months, and every entry carries a zero-defect outcome, so the record gives little insight into consumable wear or hidden mechanical condition. A buyer should still commission an independent inspection of structural integrity and underbody corrosion given the high mileage and Japanese-market body construction prone to rust in UK road salt. The tester logged no advisories on coil springs or binding calipers, but at 162,000 miles the original suspension components and drivetrain mounts warrant physical checks for fatigue. Tyre tread depth and wiper blade condition were never flagged, yet these consumables will likely need replacement soon under this annual mileage load. The clean MOT trail implies previous owners cleared tests without deferred repairs, though the twin fail-pass entries on 11 July 2024 at 138,951 miles and 3 February 2025 at 162,037 miles point to clerical rejections rather than skipped upkeep. Given the lack of recorded faults, the vehicle's paper history supports roadworthiness, but high mileage demands verification of brake disc wear and exhaust emissions at point of sale.