As on the MotoGP prototypes, the crankshaft is counter rotating or rather rotated in the opposite direction to the wheels to counteract the gyroscopic effect and ensure handling and agility in the changes of direction, as well as reduce the tendency to wheelie under acceleration and braking. 

The 70° offset between the crankpins combined with the 90° V-layout of the engine generates a firing order that Ducati calls “Twin Pulse”, because it is as if the engine were reproducing the firing sequence of a twin. The distinctiveness lies in the fact that the two left-hand cylinders fire closely together, as do the two right-hand ones. On the timing chart, the ignition points are at 0°, 90°, 290° and 380°. This particular firing order makes the V4 sound very similar to the MotoGP Desmosedici.

The Front Frame of the 2027 Panigale V4 evolves to offer greater grip and feeling and an even more precise response when riding at the limit.

The Front Frame has lower lateral stiffness, designed to generate more grip and offer the rider even more precise feeling. 

The lower fastenings of the Front Frame have been machined to remove material and obtain the desired reduction in lateral stiffness. With respect to the previous frame, lateral stiffness is reduced by 12%.

The greater flexibility increases the bike’s ability to absorb bumps when leaning at high angles, maximizing tire grip and maximizing the potential in terms of corner speed.

The frame modification also increases the bike’s tendency to hold its line, allowing the rider to take corners more tightly and open the throttle earlier.

For the rider, this translates into greater cornering speed, thanks to the possibility to achieve greater lean angles and, consequently, quicker lap times.

The new black finish emphasizes the technical and racing character.

The Panigale V4 S is equipped with aluminum alloy forged wheels developed according to a Ducati design and project. With a tangential five-spoke design inspired by that of the DesmosediciGP, they reduce overall weight (-2.17 kg) and the moment of inertia (-22% at the front and -23.5% at the rear) with respect to the cast aluminum five-spoke Y-design wheels of the Panigale V4.

Incredibly narrow, the tank is designed to improve the bike’s ergonomics and control, particularly under braking and when hanging off through the turn. The shape of the 17-litre aluminum tank, with a section that extends beneath the seat like on the race bike, allows the rider to assume the correct aerodynamic position along the straight. Thanks to deep grooves and side buffers, it also allows the rider to be more efficient under braking, taking the load off the arms and reducing physical effort. The specially shaped upper side surfaces also help the rider maintain the hanging-off position through the corner. In the front section, the space not occupied by fuel is used to house part of the electronics, for better weight distribution.

On the Panigale V4 S, the semi-handlebars can be positioned 10 mm higher with respect to the standard configuration, a solution inspired by today’s MotoGP bikes. This configuration increases the steering leverage, improves bike control during more demanding riding phases and reduces physical effort during hard braking. As it not possible to move the steering lock to the higher position, the adjustment is not homologated and is reserved for track use.

*Function not approved for road use; intended exclusively for track use.

The seat of the Panigale V4 is designed to improve comfort and freedom of movement during sports riding. 35 mm longer and 50 mm wider than the previous generation, it offers the rider greater support during intense braking and facilitates the body’s movements when hanging off.

Air flow management aims to direct the heat generated by the rear bank away from the rider and improve riding comfort. Dedicated ducts integrated into the structure of the bike channel hot air towards the undertray, reducing the impact on the rider even during more intense usage.

The electronics package on the Panigale V4 reaches new levels with the application of the Superleggera V4 Centenario’s riding controls. Controls that exploit the Ducati Vehicle Observer, an algorithm developed by Ducati Corse to ensure more effective handling. 

Thanks to the DVO, Ducati Traction Control (DTC) heightens control of rear wheel slip, working more precisely and continuously during the maneuver to limit any loss of grip and subsequent recovery. 

Ducati Wheelie Control (DWC) also benefits from the introduction of the DVO, allowing for more accurate identification of wheelies and more precise intervention that is almost predictive. 

Ducati Slide Control (DSC) supports the rider, controlling the amount of torque delivered depending on the slide angle. It operates thanks to the inertial platform and improves corner exit performance by preventing slide angles that would otherwise be difficult to manage. Ducati Power Launch (DPL) can guarantee lightning starts, allowing the rider to focus only on releasing the clutch. DPL also benefits from the introduction of DVO, helping to increase repeatability and boost rider confidence in the system.

The Ducati Quick Shift (DQS) 2.0 represents a significant evolution with respect to traditional systems, swapping the traditional lever with microswitch for a direct mechanical lever.

The electronic strategy of the DQS is entrusted to the positioning sensor on the gear drum that identifies the gear engaged, fiving the rider a more direct, consistent feel, with less of a ‘rubbery’ sensation and reduced lever travel, for a better overall riding experience. The DQS MY27 leverages the calibrations developed for the Panigale V4 R.

The Panigale V4 is equipped with Cornering ABS with combined braking strategies designed for both road and track. The road strategies, developed by Bosch, are the same as the previous generation and ensure greater safety and stability with respect to a traditional system. The track braking strategies, on the other hand, called Race Brake Control (RBC), were conceived by Ducati as it developed the Panigale V4 R. These strategies allow a rider to emulate the riding techniques of professional riders. The Race Brake Control (RBC) strategies also exploit the contribution of the rear brake much more than on the Panigale V4 thanks to a precision method of calculation and greater pressure that can be applied at different lean angles. This, in turn, allows the rider to brake later, thanks to the system’s ability to decelerate the bike to the point just before rear-wheel lock-up in the final phase of corner entry, as only a professional rider can. 

The available modes are Track PRO and Track Expert. Both use the Post Run function that automatically maintains residual pressure on the rear brake after the front brake is released, simulating the technique of professional riders who use the rear brake to tighten the line. The two modes differ in the level of pressure they apply to the rear. 

The DEB (Dynamic Engine Brake) is the advanced new engine brake control system, the result of in-house Ducati development. It replaces the previous Engine Brake Control (EBC) and offers five levels of intervention (compared to the previous three) and even better performance thanks to the application of the DVO algorithm and a new strategy that combines management of the engine brake with that of the rear braking system.

The DVO allows the level of engine braking to be precisely calibrated, taking into account the estimated vertical load on the rear axle. The result is even more precise management of the forces acting on the tire, making engine braking more progressive and predictable. 

At two of the five levels, the DEB automatically activates the rear brake, increasing the overall effect of the engine brake. The system continuously adapts the contribution of the rear brake and engine brake to the track conditions and to the load acting on the rear wheel.

From a dynamic standpoint, the DEB improves braking performance when leaned over as the front brake is released, while allowing the rider to tighten their line further on corner entry. It also ensures more consistent motorcycle behavior, enhancing rider confidence.

The Panigale V4 dashboard, with 6.9” colour screen and 1280 x 480 resolution, sets new standards in terms of its readability, ease of use, and the amount of data it provides. The 8:3 aspect ratio increases the available data and insights and ensures excellent visibility even when tucked in behind the fairing. Thanks to the use of Optical Bonding technology, with graphics on a black background and glass protection, the aesthetic is impeccable and offers excellent visibility also during the day. The dash is controlled by an HMI that users two rocker controllers positioned on the left handlebar block. 

The Race GP Info mode, included in the DAVC Race Pro software (not homologated for road use) is specifically designed for track riding sessions. It is available by installing the DAVC Race Pro software, an autonomous accessory, which allows the rider to fully exploit the bike’s potential with the race exhaust and slick/rain tires.

The Race GP mode presents a race layout (information relating to road homologation is removed); only information relevant to track use is displayed. Two quick-access menus can be activated via switches for the immediate management of various controls, while the white background maximizes visibility. 

*Function not approved for road use; intended exclusively for track use.

The Grip Level Meter, available by installing the DAVC Race Pro software (for track use only) helps the rider to understand the grip level at any precise moment by providing a tire grip estimate of low, medium or high.

*Function not approved for road use; intended exclusively for track use.