1999 Ducati M600 0.6L Petrol · T755 ALJ

Extended periods of dormancy broken only by sporadic testing define the historical roadworthiness record of this machine, culminating in a clean pass recorded on 19 May 2025. With only two official MOT tests captured in the DVSA database, both resulting in unconditional passes with zero advisories noted, the available documentation is exceptionally sparse. This lack of historical depth means there is no multi-year trend data to evaluate, leaving potential buyers with a modern snapshot that provides little insight into how the vehicle performed or was maintained across its earlier decades on the road. Accumulating just 10,476 miles over roughly twenty-seven years yields an extremely low average of approximately 388 miles per year. This minimal usage pattern points strongly toward prolonged periods of storage or very restricted seasonal deployment rather than consistent, balanced operational wear. Mechanically, such an infrequent usage profile means that rubber components, seals, gaskets, and flexible lines have spent significant spans sitting stationary under pressure and environmental exposure, which can lead to localized hardening, perishing, or fluid leakage once regular operational heat and friction are reintroduced. Because the official test logs show no recorded advisories or failures, physical inspection on a test ride must focus heavily on the inherent vulnerabilities of a low-mileage machine of this age. Pay close attention to the condition of the telescopic fork seals, rear shock absorber, and rubber intake manifolds, checking for weeping fluids, hardening, or cracking. Listen closely for any abnormal mechanical noises from the air-cooled L-twin engine during idle and acceleration, and ensure the clutch actuation and brake hydraulics operate smoothly without sticking, sponginess, or binding calipers resulting from old fluid or infrequent movement. Further scrutiny should be applied to the chain, sprockets, and wheel bearings, ensuring that low mileage has not caused localized corrosion or flat spots in the bearings due to sitting in one position for years. Inspect the fuel tank internally and externally for any signs of corrosion or contamination, as stagnant fuel can degrade metallic and non-metallic fuel system components. During the test ride, verify that the electrical charging system functions correctly, the instrument cluster is fully responsive, and the tyres, regardless of remaining tread depth, show no signs of structural aging, sidewall cracking, or hardening from age.