2020 Ducati Scrambler Icon 0.8L Petrol · LB20 LCV

A consistent pattern of clean MOT outcomes defines the roadworthiness profile of this 2020 Ducati Scrambler Icon, with four consecutive passes and no advisories or failures recorded across the testing history. The most recent test on 18 July 2026 returned a pass with no defects recorded, continuing a trend that has held since the vehicle was first presented for testing. Because motorcycles of this category typically accumulate wear on consumables such as tyres, chain and sprockets, and brake components, the absence of any advisory notes suggests these items were either within tolerance at the point of test or had been replaced shortly beforehand. The record itself does not establish the mechanical condition beyond the date of inspection, but the uniformity of clean outcomes across four annual tests indicates that nothing flagged under the DVSA roadworthiness criteria has deteriorated into a notable observation. Against a six-year registration, the recorded mileage of 9,859 miles equates to an annual accumulation of roughly 1,643 miles, which sits well below the usage rate expected for a motorcycle of this category. Lower annual mileage can reflect genuine light recreational use, but it can equally indicate extended periods of standing where fuel systems, battery condition, brake caliper pistons, and tyre sidewalls may all suffer from inactivity rather than wear. There are no unusual gaps in the testing record, and the mileage progression between tests is consistent with gentle incremental use rather than any abrupt changes that might point to fleet or commuter operation. The mechanical implication is that wear-related items such as chain stretch, sprocket profile, brake pad material, and tyre tread depth are unlikely to be heavily consumed, while items sensitive to standing time, including the 12V battery, fuel system internals, and brake caliper slide pins, warrant closer physical inspection. A prospective buyer should concentrate the physical inspection on the areas the MOT record cannot fully cover, beginning with the chain and sprocket assembly. Check for tight spots, uneven slack along the run, and worn or hooked sprocket teeth, as low mileage combined with infrequent cleaning accelerates corrosion on the rubber O-ring seals. Inspect the rear tyre sidewall for flat spots or surface cracking consistent with prolonged stationary periods, and confirm the front tyre retains an even profile rather than a centred wear pattern that would point to underinflation in storage. Examine both brake calipers for pitting on the disc surface and verify that the caliper slide pins move freely by rocking the caliper body gently, since calipers on lightly used machines are prone to seizing without generating an advisory until performance is significantly compromised. Also lift the fuel cap and peer into the tank neck for varnish or rust flakes, and check that the starter motor responds crisply without prolonged cranking. On the test ride, listen for any metallic clonk from the swinging arm pivot or rear suspension linkage over small bumps, as standing time encourages corrosion at the pivot greasing points. Pay particular attention to brake lever feel, looking for a soft or spongy initial bite that may indicate seized caliper pistons or perished seals, and confirm that the front fork seals remain dry without any oil residue on the stanchions. Steering should turn smoothly without notching through the lock, and the throttle response should be clean on both opening and closing without any hesitation that might indicate a fuel delivery issue from stale petrol. Finally, run the engine from cold and observe whether the cooling fan, where fitted, cuts in promptly and whether any warning lights extinguish as expected, since electronics on lightly used motorcycles can suffer from degraded connections more readily than mechanical wear.