2004 Ducati Monster 1.0L Petrol · WCZ 3418

A clean and unbroken run of roadworthy test outcomes defines this 2004 Ducati Monster, with the most recent assessment on 18 September 2025 returning a pass and no recorded defects. Six consecutive pass results have been logged since 2020, all without advisories, suggesting that the components normally scrutinised under the test — lighting, braking, steering, suspension, tyres and exhaust emissions — have not been flagged as marginal at any point in the recent record. The sole failure in the documented history dates to 13 May 2019, which was an isolated lighting defect (an inoperative registration plate lamp) accompanied by a headlamp aim advisory, and the bike was presented and passed the following day. The absence of recurring advisories for any single system is notable for a machine of this age and indicates that the wear items typically monitored under test have not deteriorated to advisory threshold during the recorded period. With 19,190 miles recorded across approximately 22 years, annual mileage averages around 872 miles per year, which is low for a motorcycle of this vintage. The history reflects sporadic but consistent use rather than either heavy touring or complete long-term storage; tests occur at roughly annual intervals with no multi-year gaps in the record, suggesting the bike has been kept on the road continuously. Low annual mileage of this nature means that consumables such as brake pads, tyres and drive components will have aged more through time and standing periods than through wear, and attention should focus on rubber and sealing items that deteriorate irrespective of distance covered. Conversely, major mechanical assemblies such as the engine, gearbox and drivetrain will have seen limited load cycles, reducing the likelihood of fatigue-related wear in those areas. For a prospective buyer, the priorities on physical inspection should mirror the components most exposed to age-related deterioration on a low-mileage Italian motorcycle of this era. Check the condition of all suspension linkages and bushes, paying particular attention to the rear shock mounting points and the single-sided swingarm bearings for corrosion or pitting, as standing exposure combined with road salt can compromise these surfaces even where test outcomes have not flagged them. On the test ride, listen for any knocking or clonking from the rear suspension over uneven surfaces and feel for vagueness through the steering headstock. Given the low mileage, tyre condition should be scrutinised closely for cracking or hardening of the sidewalls, and brake discs examined for surface corrosion that may not have been worn away by use, as this can lead to judder under the initial application of the brakes. The braking system warrants direct attention: with limited mileage, calipers and pistons may have developed light surface corrosion that causes binding or uneven pad wear, so feel for any residual drag when rolling the bike and check for disc run-out. Inspect all brake hoses, fittings and hydraulic lines for perished rubber or weeping fluid, as age is the dominant degradation factor here rather than mileage. The lighting defects from the 2019 failure — a non-functional number plate lamp and headlamp aim — were trivial in nature, but it remains prudent on inspection to confirm that all bulbs function and that the headlamp beam pattern is correctly aligned, as a 22-year-old reflector can lose its focus over time. Finally, examine the exhaust system thoroughly for corrosion at the mounting brackets and joints, and check for any oil seepage from the engine cases or fork seals, as these items are not always surfaced by MOT testing but represent the most plausible areas of concern given the usage profile.