2010 Ducati M696 + 0.7L Petrol · SF60 CFM

The defining mechanical event in this Ducati's history is the 2023 throttle control failure, recorded under a Dangerous defect category for safe operation being adversely affected, which forced a retest six days later where the same motorcycle passed alongside an advisory for a worn drive chain. That throttle issue remains the only major non-conformity in an otherwise sparse DVSA record, and its resolution appears to have held through the 2024 and 2025 passes with no further defects recorded. With annual usage this low, the mechanical story is less about cumulative wear and more about component condition after long standing periods, which can affect throttle bodies, fuel system internals, and cable lubrication. The absence of any repeat advisories on brakes, suspension, lighting, or structural items across four tests suggests the bike has not accumulated the kind of recurring wear patterns typically seen on higher-mileage machines, though the thin record itself limits how confidently one can assess long-term component trends. Recorded mileage of 5,930 miles over sixteen years equates to roughly 371 miles annually, which is exceptionally low for any motorcycle and particularly notable for a model designed around sporting use. The DVSA file shows tests in 2021, two in 2023, one in 2024, and one in 2025, with a notable gap between the December 2021 pass and March 2023 failure, suggesting the machine was either off the road or unused during part of that period. Such low accumulation means brake pads and discs will have suffered far less friction wear than on a regularly ridden bike, but rubber components, fluids, and bearing surfaces are likely to have aged rather than worn. On a Ducati of this vintage and specification, even short periods of inactivity can lead to seal drying in the front fork, moisture accumulation in the brake system, oxidation inside the fuel tank, and stiffening of the throttle and clutch cables. The 2021 pass with no advisories, followed by the 2023 throttle failure, is consistent with a component that deteriorated during a lay-up rather than through active use. For a prospective buyer, the priority areas to inspect are precisely those that the MOT history flags, namely the drive chain and the throttle control system. On inspection, the chain and sprockets should be checked for stretch beyond service limits, uneven tooth profile on the rear sprocket, and adequate lubrication, while a chain that has been replaced recently should be questioned in terms of overall mileage justification. The throttle grip should be operated with the engine off to confirm smooth return under spring tension, and any stickiness, hesitation, or notchiness when twisting from closed to fully open should be treated seriously given the prior Dangerous defect; the same applies to the throttle cables, which can perish internally and cause binding. On a test ride, listen for irregular idle, unexpected surging, or hesitation when opening the throttle, as these can indicate a partially sticking throttle body or a cable that is on the way to failing in the same manner as the recorded defect. Beyond the chain and throttle, attention should focus on the items that low-mileage motorcycles most commonly hide from MOT testing. Front fork seals should be inspected for oil residue on the stanchions, and the front end should be pumped through full travel to check for hydraulic pressure consistency or any pitting visible on the chrome surfaces. Brake fluid should be checked for clarity and age, given the long gaps between active use, and the brake lever feel should be firm rather than spongy. The tyres should be examined for sidewall cracking from age, as a sixteen-year-old motorcycle will almost certainly require replacement rubber regardless of tread depth. Finally, the fuel system should be inspected for stale fuel residue, and the battery load-tested rather than merely voltage-checked, because prolonged standing typically degrades battery capacity well before any MOT item flags it. A compression test and a diagnostic read of any fault codes via the Ducati diagnostic port would also be prudent given the model's electronic throttle management complexity.