2021 Yamaha WR 250 F 0.3L Petrol · YN71 DHM

The most recent DVSA MOT test conducted on 12 November 2025 resulted in a PASS, although two advisories were recorded against the vehicle, namely that the lights were taped at the time of test and that the front brake pads are close to the minimum wear limit. This is a generally stable outcome, but it follows a failed test just one week earlier on 5 November 2025, which had recorded two major defects, a non-functioning horn and a dangerous failure for front tyre tread depth below the legal minimum of 1.0mm, alongside the same two advisories noted on the later pass. The presence of repeated advisories on the brake pads indicates ongoing attention to the front braking system, and the cluster of lighting and tyre issues suggests that immediate pre-test remedial work was carried out prior to the pass. Looking at the earlier 2024 record, a test on 30 August 2024 failed on a non-functioning main beam headlamp and a missing front stop lamp before passing on the same date with no defects recorded, reinforcing a pattern of minor electrical and consumable concerns rather than structural or chassis deterioration. Overall, while the vehicle has consistently passed its tests, the recurrence of brake, lighting, and tyre-related items points to a motorcycle that may benefit from a more proactive maintenance schedule rather than purely reactive test-led repairs. The recorded mileage of 2,195 miles against a five-year age equates to an annual usage of approximately 439 miles, which is exceptionally low for a motorcycle and well below typical figures for a 250cc off-road oriented machine such as the Yamaha WR250F. Such modest mileage could reasonably be attributed to occasional leisure use, restricted seasonal riding, or extended periods of garaged storage, and it is important to recognise that low annual mileage on a motorcycle does not necessarily equate to a mechanically sound example. Long standing periods introduce their own set of deterioration risks distinct from those associated with high-mileage wear, particularly where hydraulic seals, brake calipers, and electrical systems are concerned. The mileage history appears to show a gradual, non-aggressive accumulation consistent with recreational rather than commuting or touring use, and there is no evidence in the MOT record of sudden mileage jumps that would suggest clocking or irregular usage patterns. Given the advisory recorded for the front brake pads being close to the minimum limit on two consecutive tests, a prospective buyer should carry out a careful physical inspection of the front braking system before purchase. The front brake caliper, pistons, and sliding pins should be examined for any signs of binding or seizure, particularly given that low-mileage motorcycles frequently suffer from corroded or stuck caliper mechanisms due to infrequent use. The front brake disc should be checked for lipping, scoring, and surface corrosion, and the pad thickness should be measured directly rather than relying solely on visual estimation. On a test ride, attention should be paid to any shudder under braking, uneven lever feel, or pulling to one side, all of which would suggest caliper or hydraulic issues. The previous dangerous tyre failure on the front tyre also warrants careful scrutiny of the current front tyre for age-related perishing or cracking of the sidewall, even if the tread depth is now legal, as tyres fitted to low-use motorcycles can degrade through oxidation rather than wear. Beyond the braking and tyre concerns highlighted by the test record, a buyer should undertake a comprehensive inspection focused on the age and storage profile of this motorcycle. The 12-volt battery should be load-tested, as batteries on seldom-used machines commonly suffer from sulphation and reduced capacity, and the charging system output should be verified with the engine running. All brake and clutch hydraulic fluid should be inspected for colour and moisture content, as time-based fluid degradation occurs regardless of mileage, and the brake fluid should ideally be replaced every two years even if unused. Coolant, fork oil, and engine oil condition and age should be verified against the manufacturer's service schedule, with particular attention to evidence of regular oil changes despite the low annual mileage. The chain and sprockets should be examined for corrosion and stiff links caused by infrequent lubrication, and all electrical connections, switches, and the horn itself should be functionally tested. Finally, the front and rear suspension should be checked for any signs of seal leakage, and a thorough inspection underneath the machine should be carried out to identify any fluid leaks or corrosion resulting from extended periods of storage.