DUCATI PANIGALE V2 BAYLISS 2024

On the Panigale V2 the engine acts as a stressed member of the frame. Set 90° apart, the cylinders are banked rearwards around the crankshaft axis, resulting in a 21° angle between front cylinder and horizontal plane. The two cylinder heads and aluminium top covers feature a ribbed design to reduce mechanical noise. The crankcases are vacuum die-cast using Vacural® technology to optimise weight saving and ensure consistent wall thickness and increased strength. Crankcase cover, clutch cover and sump are all made of die-cast aluminium.

The balanced chassis, based on the Monocoque frame, and ergonomics designed to improve rider comfort ensure performance and ease of riding, both on the road and on the kerb. To make the motorcycle even more effective in track riding, Ducati has chosen to equip the Panigale V2 Bayliss 1st Championship 20th Anniversary with Öhlins components. The NX30 front fork and TTX36 rear shock absorber guarantee maximum smoothness and are designed to achieve the best performance on the circuit, with a set-up that makes the bike more precise and offers the rider greater feeling and greater support in all riding phases. The steering damper, thanks to the adjustments it is equipped with, allows you to customize its calibration by adapting it to riding style and the characteristics of the track.

The Panigale V2 Bayliss 1st Championship 20th Anniversary is characterised by its special celebration livery, inspired by the 996 R bike that accompanied Bayliss during his conquest of his first world title in 2001. Ducati red is the main colour of the bike, and it joins green and white in a tribute to the Italian spirit of the Bologna-based motorcycle manufacturer, while the iconic #21, Troy Bayliss' race number, and the Shell logo, which visually strengthen the link with the racing bike, stand out on the sides and front. Troy's autograph is reproduced on the fuel tank, while the billet aluminium triple clamp shows the name of the bike and the progressive numbering of this unique model.