2023 Honda CT125C 0.1L Petrol · DX23 EGD

The vehicle remains roadworthy as of its most recent MOT on 2026-04-24, with no defects recorded and a clean pass. The maintenance trend is stable, showing no signs of deterioration or recurring issues across the two most recent tests. The absence of advisories or failures suggests consistent basic upkeep, and the mechanical condition appears to be holding well under low usage. Mileage progression is unusually slow for a three-year-old machine, with only 522 miles logged between April 2025 and April 2026, and just 1,053 miles total. This implies the bike has spent significant time stationary or in very limited use, which may preserve mechanical components but also raises questions about long-term storage effects. The gap between the 2025 and 2026 tests is not unusual for low-mileage vehicles, but the lack of intermediate records means there’s no data to confirm whether wear patterns are developing during idle periods. A buyer should inspect the suspension components closely, particularly the rear shock absorber mounts and suspension bushes, as low mileage doesn’t eliminate the risk of dry rot or binding in static storage. Brake calipers and pads should be checked for corrosion or sticking, especially if the bike has been stored for extended periods. The exhaust system and frame welds should also be examined for early signs of rust or stress, as these are common failure points in older machines with minimal use. Tyre condition and tread depth should be verified, as even low mileage can lead to sidewall cracking or flat spots if the bike has been parked for long stretches. Overall, the record indicates a well-maintained, low-mileage machine with no mechanical red flags. The buyer’s focus should be on verifying the integrity of components that degrade during inactivity rather than those that wear from regular use. The vehicle’s condition is consistent with careful ownership, but physical inspection remains essential to confirm no hidden structural or corrosion issues have developed during storage.