2010 Ducati Desmosedici Team Version 1.0L Petrol · J3 DUC

The vehicle presents a stable roadworthiness profile with a clean record in its most recent inspections. The April 2026 test at 7,300 miles returned no defects, mirroring the clean results from the 2024 and 2023 tests. This indicates that the motorcycle has maintained a consistent standard of compliance over the last three years. Earlier history shows minor, non-mechanical failures, such as the missing offside footrest e-clip in December 2017 and reflector issues in 2013 and 2014, but these were resolved immediately upon retest. The mileage pattern is exceptionally low for a 2010 model, averaging approximately 456 miles per year. The data shows significant periods of inactivity, particularly the three-year gap between the February 2022 test and the April 2023 test. While the low mileage suggests minimal wear on the drivetrain and braking systems, the long intervals between use can lead to secondary issues. The jump from 4,612 miles in March 2013 to 6,076 miles in June 2014 shows a period of slightly higher usage, but the vehicle has remained largely stationary for much of its life. A prospective buyer should focus on components affected by long-term storage rather than high-mileage wear. The noisy exhaust issues flagged in 2015 and 2016 suggest potential fatigue in exhaust mounting or seals that should be checked for leaks. Given the extremely low usage, the rubber components, including tyres, fork seals, and brake lines, require close scrutiny for age-related perishing or cracking. The front tyre advisory in January 2019 at 6,934 miles indicates that even with low mileage, consumables can reach their legal limits through age or degradation. The lack of recorded structural corrosion or suspension failures is encouraging. However, the buyer must verify the condition of the fuel system and battery, as the intermittent usage patterns seen between 2019 and 2026 often lead to fuel degradation or electrical issues. Physical inspection of the footrest assemblies and reflectors should also be conducted to ensure all minor hardware remains secure following the previous failures.