2019 Ducati Diavel 1260 S 1.3L Petrol · V111 BJL

A2019 Ducati Divala 1260 S has demonstrated a generally stable roadworthiness record through three successive MOT tests, though two of those assessments carried non-critical advisories that warrant attention before purchase. The most recent test on 2026-03-03 resulted in a passing outcome with no defects recorded, followed by a 2024-08-09 test that issued advisory 1.2.1 (e) noting a slight fluctuation of brake effort, and an earlier 2023-08-10 pass. The 2022-08-08 test also required action due to front tyres being worn close to the legal limit and a front steering headbearing described as slightly stiff or notchy. While the vehicle has remained compliant across four test cycles, the recurrence of front-end advisories—particularly around the brake system and steering geometry—suggests that certain components have not fully recovered from their initial conditions despite the intervening passes. The recorded mileage of 10,662 miles across seven years translates to approximately 1,523 miles per annum, a figure that is notably lower than typical usage for a seven-year-old vehicle and raises questions about the vehicle's actual operational profile. The gap between the 2022-08-08 test and the 2024-08-09 test spans nearly two years with no intermediate MOT, and the most recent test occurred only in early 2026, leaving a substantial period where the vehicle's roadworthiness was unmonitored. At such a low mileage level, the high-frequency wear expected on consumables such as brake pads, disc material, and suspension bushings has not yet manifested, meaning that while the current state appears healthy, the absence of normal wear patterns cannot be assumed to equate to reliability. The prolonged intervals between official inspections combined with the unusually modest odometer reading suggest either infrequent driving or extended periods of storage, both of which affect how consumption-related components have aged and should be verified independently. Focusing on the specific components flagged in the advisories provides clear guidance for a pre-purchase inspection. The front brake advisory (1.2.1 e) indicates a slight fluctuation of brake effort, which on test drive would manifest as a subtle vibration or pulsation in the brake pedal when applying pressure, particularly under hard braking or at speed; inspectors should press the brake pedal firmly and observe for any modulation or spongy feel that varies with throttle input. The front tyres being worn close to the legal limit warrants visual confirmation of even tyre wear across the tread face and sidewall, as well as checking for any cupping or edge wear that might indicate uneven wear patterns or underlying alignment issues; a properly inflated tyre with adequate tread depth will typically show more uniform contact patch coverage. The front steering headbearing issue (2.2.2 f i) may present as increased play or a notchy steering sensation at certain steering angles, especially when the wheel is turned slowly or during sharp turns; rotating the steering wheel by hand at the lock-to-lock range can help identify excessive lateral play that could affect handling and safety. Beyond these three specific areas, the overall MOT history shows no major failures or critical advisories that would immediately disqualify the vehicle, but the recurring nature of the front-end warnings indicates that the original installation of these systems did not prove entirely durable. A hands-on test drive should pay particular attention to the brake pedal feedback under varying loading conditions, a thorough visual and tactile inspection of the front tyres for proper tread depth and even wear, and a deliberate turn-by-turn rotation of the steering wheel to detect any abnormal play. Given the low mileage profile, it is also advisable to request a detailed service history beyond the MOT records to understand whether the reported advisories were addressed and whether any subsequent repairs were completed, as the absence of a repair record for the front brake and steering components could still leave latent issues that may not yet be evident.