2000 Yamaha TTR250 0.3L Petrol · K793 EJB

The most recent MOT test on 2026-03-20 confirms the vehicle remains roadworthy, with no defects recorded at 21,984 miles. However, the history reveals an inconsistent pattern: two consecutive failures in December 2024, just three days apart, followed by a swift pass in March 2026. While the latest result is clean, the repeated retest suggests either a minor oversight in the initial inspection or a component nearing failure that required prompt attention. The absence of defects in the 2022 tests indicates no obvious worsening trend over time, but the proximity of the 2024 failures warrants scrutiny of the same issues resurfacing. The recorded mileage of 21,984 miles over 26 years—approximately 846 miles annually—is unusually low for a vehicle of this age. This suggests prolonged periods of inactivity, which can accelerate degradation of rubber components (tyres, suspension bushes, seals) and lead to corrosion in exposed areas. The gap between the 2022 and 2024 tests (21 months) is standard, but the rapid mileage accumulation between the 2022 and 2024 tests (2,875 miles in 15 months) contrasts sharply with the stagnant 846 miles/year average. This inconsistency implies either sporadic use or deliberate mileage manipulation, which could mask underlying wear. Given the lack of specific defect details in the MOT records, a buyer should prioritise an inspection of suspension components—particularly the rear swingarm bushes and front fork seals—due to the potential for dry-rot after prolonged storage. The repeated retest in December 2024 hints at a recurring issue, possibly with braking performance (e.g., binding calipers or worn pads) or throttle response, though no explicit faults were logged. Structural integrity should also be checked for corrosion in the frame rails, subframe, and exhaust system, as low mileage does not guarantee absence of rust. Finally, verify the condition of the tyres, which may have been replaced between tests, and inspect the battery for sulfation from extended disuse.