2016 Ducati Diavel 1.2L Petrol · YM16 WTD

This 2016 Ducati Diavel presents a stable and consistently clean roadworthiness record. The most recent MOT, conducted on 19 March 2026 at 9,291 miles, passed with zero defects. This outcome continues an unbroken chain of five consecutive passes dating back to July 2022, each recording no advisories or failures. The maintenance trend is stable, indicating no emerging mechanical or structural deterioration over the last four years of testing. The mileage accumulation is notably low for a machine of this age. Across the five tests spanning from July 2022 to March 2026, the odometer advanced just 1,324 miles, averaging roughly 331 miles per year over that period. The gap between the March 2026 test and the previous February 2025 test accounts for only 149 miles. Such minimal use raises the possibility of prolonged standing, which carries its own risks despite the clean paperwork. Low mileage does not automatically equate to good condition on a motorcycle, particularly one with a high-performance engine and complex electronics like the Diavel. A clean MOT history eliminates recurring defect patterns, but the low and sporadic mileage profile demands a focused physical inspection. A buyer should examine the condition of tyres, looking for sidewall cracking or flat-spotting from extended static contact, even if tread depth remains within limits. Brake calipers and discs should be checked for corrosion and seizure, as infrequent use can cause pads to stick and disc surfaces to spot. Fuel system integrity and coolant condition warrant attention after long periods of inactivity. The motorcycle's chassis, swingarm pivot, and steering head bearings should be inspected for free play or dryness, as infrequent lubrication during storage can accelerate wear. Given the Diavel's belt final drive, belt tension and pulley condition should be verified. The clean MOT record is encouraging, but the real risk with this example lies in what prolonged low-use storage can hide rather than in any documented mechanical fault.