2014 Ducati Diavel 1.2L Petrol · OU64 SYR

The most recent DVSA examination was conducted on 17 November 2025 and resulted in a PASS outcome with no advisories or defects recorded, indicating that the vehicle was considered roadworthy at that time without any items requiring attention before the next annual test. Reviewing the broader history, the motorcycle has achieved consecutive pass results from 2020 through 2025, with only two recorded failures and one isolated advisory across that entire period. The failure of 18 September 2020 concerning an insecure central rear lower suspension attachment bracket is a notable structural item, but it appears to have been rectified at the subsequent test, and there has been no recurrence or related advisory since. The drive chain advisory recorded in November 2022 was a minor wear observation rather than a defect, and the absence of any further chain-related advisories over the following three tests suggests this has been attended to. Overall, the maintenance trend is stable, with the most recent pass confirming that no significant deterioration has occurred and that there are no outstanding mechanical concerns flagged by the examiner. The recorded mileage of 19,426 miles on a 2014 machine equates to an annual average of approximately 1,619 miles, which is notably low for a motorcycle of this age. This pattern typically reflects a leisure or fair-weather use profile, with extended periods of storage between rides rather than consistent daily or commuter mileage. From a mechanical standpoint, lower annual mileage is a double-edged consideration: components subject to friction wear such as tyres, brake pads, chain and sprockets, and clutch friction plates will generally show less wear than on a higher-mileage equivalent, but items that degrade with calendar age rather than use can present greater cause for attention. Standing time is particularly relevant for a Ducati Diavel, where prolonged inactivity can affect battery longevity, brake disc surface corrosion, hydraulic fluid moisture content, fuel system varnish, and the condition of rubber seals and suspension components. Given the predominantly clean MOT history and the low usage pattern, a prospective buyer should now focus the inspection on age- and standing-related degradation rather than wear-based concerns. The tyres should be examined closely for sidewall perishing and cracking from age, even if the tread depth appears adequate, as motorcycle rubber compounds deteriorate with calendar exposure regardless of mileage. The brake discs should be inspected for surface corrosion, light pitting, or binding calipers that may have developed through inactivity, and a test ride should confirm smooth, even braking without shudder, pulling, or sponginess in the lever. The 12 volt battery should be load tested or its voltage and date code checked, as batteries left discharged or unused for extended periods suffer reduced capacity. Brake fluid and clutch hydraulic fluid are hygroscopic and degrade with time alone, so it is prudent to confirm when these were last renewed regardless of mileage. The drive chain, final drive sprockets, and adjusters should be visually checked for corrosion, stiff links, and correct tension, and the swinging arm pivot and suspension linkages should be inspected for surface rust or seized bearings from standing. Finally, attention should be given to the broader service history and any items that may have been deferred due to low annual usage. Engine oil and filter changes should be confirmed by date as well as mileage, since oil degrades chemically over time even when the motorcycle is not being ridden. The exhaust system, mounting brackets, and the previously flagged central rear lower suspension attachment point should be physically checked for security, tightness, and any signs of hairline cracking around weld seams or fasteners. During a test ride, listen for any irregular vibrations, suspension clonks over bumps, irregular idle, or hesitation that could indicate electrical, fuelling, or sensor-related concerns associated with intermittent use. The instrument cluster should be verified for stored fault codes and functional warning lamps, and all electrical consumers including lighting, indicators, and the previously problematic stop lamp circuit should be confirmed as operating correctly and releasing fully when the brakes are released. With its clean and stable MOT record, this Ducati Diavel presents favourably on paper, but a careful physical and dynamic inspection addressing calendar-based wear will be essential to ensure continued reliability.