2021 Honda CRF250 RX-L 0.2L Petrol · WK21 BPE

With a recorded mileage of only 699 miles on a five-year-old machine, this Honda CRF250 RX-L presents as a lightly used off-road/enduro motorcycle, and its MOT history reflects that pattern through a very sparse testing record. Only three tests appear across the entire ownership timeline, with passes logged in April 2024 and October 2025, both carrying no recorded advisories or defects. Sandwiched between those passes, however, was a failed test on 29 September 2025 that flagged a non-functioning stop lamp with both brake controls, a rear tyre incorrectly seated on the wheel rim, and an inoperative horn. The most recent examination on 4 October 2025 recorded a clean pass, suggesting those defects were rectified within days, but the failed items themselves are worth scrutinising because they touch on fundamental safety systems rather than wear-and-tear components. The annual mileage accumulation here is exceptionally low, averaging roughly 140 miles per year, which is characteristic of a recreational or competition machine that spends significant time stored rather than ridden. There are also notable gaps in the testing history, with no recorded examinations between new registration and April 2024, meaning three years of mechanical history are unaccounted for in the DVSA file. Such extended periods of inactivity are mechanically significant for a fuel-injected motorcycle of this type, as standing fuel can degrade, seals and O-rings can dry out, brake calipers can bind through corrosion on the pistons, and the battery is likely to have suffered repeated deep discharges. The relatively rapid resolution of the 2025 stop lamp and tyre seating issues suggests they may have stemmed from this kind of dormancy rather than from any structural defect, but a buyer should treat the overall usage profile as an indicator that the machine requires thorough recommissioning checks rather than assuming low miles equates to low risk. From a roadworthiness perspective, the failed stop lamp defect is the most pressing area for inspection, as it indicated a complete failure of the braking indicator circuit when both front and rear brake levers were operated. On a test ride, the buyer should confirm the rear lamp illuminates immediately and brightly with each brake lever application, check the brake light switch wiring for chafing or corrosion at the lever mounts, and inspect the bulb holder and earth connections for green oxidisation, which is common on machines that have stood in damp conditions. The horn failure should also be re-verified by sounding it repeatedly, as motorcycle horns frequently fail through corroded contacts rather than a failed unit, and a replacement is trivial but worth confirming works reliably under vibration. The rear tyre seating issue flagged in the September 2025 failure deserves specific attention because an incorrectly seated tyre on a spoked or tubeless rim can indicate either a degraded tyre bead, a corroded or dented rim edge, or a valve stem problem leading to slow deflation. On inspection, the buyer should examine the rear wheel rim for impact damage or corrosion around the bead seat, check the tyre for any uneven seating, bulges, or cracking consistent with age rather than use, and verify the rear tyre pressure holds without loss over a monitored period. Given the very low recorded mileage, supplementary checks on the brake caliper slide pins for seizure, the chain and sprockets for surface corrosion despite low wear, and the coolant and brake fluid for any signs of degradation from age rather than use are all warranted. Finally, confirming the motorcycle starts cleanly from cold, idles smoothly without fuelling hesitation, and that the throttle response is crisp will help establish whether the long storage periods have left any deeper operational issues beyond those already recorded in the test history.