2026 KTM 125 Duke 25 Petrol · FP26 WVT

A 2026 model year KTM 125 Duke carries the inherent expectation of a brand-new motorcycle with no wear history, and that is precisely the position presented here, as the DVSA database holds zero MOT test entries for this vehicle. As motorcycles first require an MOT once they reach three years of age, a 2026 registration would not legally require testing until 2029, which fully explains the absence of any recorded results. With no advisories, failures, or mileage readings on file, there is no empirical roadworthiness data from which to draw conclusions about braking performance, suspension condition, tyre wear patterns, lighting integrity, or structural corrosion. The prospective buyer must therefore rely entirely on a physical inspection and any dealer or pre-delivery documentation rather than government test records. With the vehicle being of the current model year and no MOT tests yet conducted, the recorded mileage against age cannot be meaningfully evaluated. The lack of a recorded odometer reading means there is no benchmark to assess whether the machine has been used sparingly as a commuter, covered moderate mixed mileage, or been subjected to higher annual accumulation rates that might accelerate chain, sprocket, and tyre wear on a small-capacity single. Given the 125 Duke is typically utilised as a learner-legal commuter or urban runabout, any usage pattern is likely to be moderate, but without corroborating figures this remains an assumption rather than a documented fact. A thorough verification of the current odometer reading against any service logbook entries will be necessary to establish a baseline going forward. From a physical inspection standpoint, the buyer should prioritise the components most commonly flagged on KTM 125 Duke models during their MOT lifetime, even though no such advisories exist for this particular example yet. The front fork seals and lower stanchions should be examined for any sign of oil weeping or pitting, as KTM upside-down forks can suffer premature seal wear under hard urban use. The rear monoshock linkage and swingarm pivot should be checked for free movement without play, with the linkage bearings being a known wear item. Brake discs and pads, particularly the front Bybre caliper and disc, should be inspected for binding, uneven pad transfer, or corrosion on the disc edge, which are typical advisories on early Duke examples. All visible brake hoses should be checked for chafing against the fork leg, and the ABS modulator wiring should be inspected for routing integrity. On a test ride, specific attention should be paid to symptoms that mirror common MOT failure or advisory categories. Listen for any clonks or rattles from the front end over broken surfaces, which would indicate worn headstock bearings or fork bushings. Apply the front brake firmly at low speed to detect any judder or pulsing through the lever, pointing to disc warpage. The steering should turn lock-to-lock smoothly without notching or binding, and the bike should track straight without pulling to either side under acceleration, which would suggest alignment or suspension geometry issues. Finally, observe the exhaust note and any visible smoke on the overrun, as a blue haze would indicate top-end wear, while check the chain tensioner adjustment and sprocket tooth profile, which on a commuter-class 125 are frequent advisory points once mileage accumulates beyond the first few thousand miles.