2020 Ducati Panigale V4S Corse Sports Bike Review Specs

The 2020 Ducati Panigale V4S Corse Sports Bike was developed in close collaboration with Ducati Corse, which relies on the knowledge and technology of direct racing to build a road bike that is equivalent to its MotoGP possible. The Panigale V4 is a motorcycle. A motorcycle that opens a new exciting chapter in the history of Ducati, a new “symphony” of all Italian performances and emotions. The Panigale V4 is the first Ducati motorbike with a four-cylinder engine, derived directly from the MotoGP Desmosedici. It is the culmination of Ducati’s technology, design, and performance.

This motorcycle sets a new milestone in the supersport production bike market, with an engine of 1,103 cm3, 214 horsepower, and a power/weight ratio of 1.1 hp/kg. For 2019, it is also available in the new Lever course, inspired by the colors of MotoGP motorcycles.

The Panigale V4 replaces the Classic 1299 at the top of the Ducati Superbike line, which adds to the performance and capability to provide endless fun and excitement to riders of all skill levels.

The impressive performance of the Panigale V4 has been enhanced with a brand new design that, following in the footsteps of its predecessor supersport motorcycles, now more effectively illustrates the power and necessity of Ducati racing bikes. The Panigale V4 manicure combines the charming “Panigale” tag with the name “V4”, signaling the break of the past and the beginning of a new era for the Bologna-based motorcycle maker.

2020 Ducati Panigale V4S Corse Sports Bike – Featreus

Desmosedici Stradale, the new Ducati V4 Engine

Ducati considers the 90-degree V4 management the highest level of motorcycle engine sports performance. Not surprisingly, Desmosedici MotoGP engines use the same solution. The 90-degree V-management automatically smoothes the first-order forces without the need for a balancing countershaft to prevent vibration, which, as is well known, increases the weight and reduces the force. This significant advantage, essential for the reliance and mechanical performance of the review engine up to 14,000 rpm, is one of the many that make this Ducati’s chosen design technically the best imaginable.

Light and Compact

Collaboration with Ducati Corse has resulted in a smaller, lighter, higher-performance engine. Ducati’s engine team has meticulously designed and developed Power Delivery, which provides top-notch performance as well as enjoying the ride on the road.

With a weight of 64.9 kg, the Desmosedici Stradale is only 2.2 kg heavier than the 1,285 cm3 Superquadro twin, which proves the importance of light weight in all Ducati projects.

The engine compartments are connected horizontally and are made of gravity diecast aluminum. Four Naxal-coated aluminum cylinder liners are placed in the upper half of the crankcase, which guarantees wear protection and low friction.

Counter-Rotating Crankshaft

On a standard factory bike, the crankshaft rotates in the same direction as the wheels. Instead, anti-rotating crankshafts that rotate in opposite directions are standard in Moto GP. For the same reasons that this top-level racing solution was initially used in the competition, Ducati engineers have adapted it. Its benefits are based on two principles of physics: gyroscopic effect and inertia.

A counter-rotating crankshaft reduces the gyroscopic effect caused by moving wheels, improves handling, and makes the bike more agile by changing direction.

Twin Pulse Ignition

The combination of 70 ° crank pin offset with 90 ° V configuration creates what Ducati calls the “Twin Pulse” firing order, which mimics the firing sequence of a twin-cylinder engine. The two cylinders of the left hand, as well as the two cylinders of the right hand, burn together, which makes the difference between them. Thus the ignition points on the timing chart are 0 °, 90 °, 290 °, and 380. The firing sequence of the V4 is what makes it sound like MotoGP Desmosedici. If we imagine a cycle starting at 0, the front cylinder on the alternator side fires first.

Variable Intake System

The Desmosedici Stradale engine’s air intake system consists of four oval throttle bodies (equivalent to 52 mm in diameter) and variable-height air intake horns, the first for the Ducati engine. This technique improves the volume of cylinders throughout the range, significantly improving power transmission and handling.

Air intake horns adopt a design that lengthens or shortens the ducts as a change of rpm and the power applied by the rider, improving the fluid dynamics of the pressure waves that pass through the duct itself.

Latest-generation Desmodromic system

Desmodromic design plays a vital role in the performance of the Desmosedici Stradale, as it does on other Ducati engines. The Desmodromic system at Desmosedici Stradale introduces new, tiny parts, allowing for the creation of little cylinder heads, the level of complexity, lightness, and compactness never seen before on the Ducati. Every system component has been developed and certified to work securely at the highest RPM that V4 can achieve. Newer spark plugs, which are smaller than most common types, also contribute to the compactness of the cylinder heads.

Semi-Dry Sump Lubrication

Desmosedici Stradale, like the MotoGP engines, works to lubricate semi-dry-sump with supply and return phases to ensure that all moving components are adequately lubricated.

Four pumps comprise the oil circulation system: one delivery lobe pump and three recovery pumps. The other two-lobe pumps ensure efficient oil recovery in all conditions, keeping the crankcase zone under the piston in a controlled, constant low-pressure condition and thus reducing air losses (i.e., through the air). Absorption of strength due to aerodynamic resistance and spraying oil in ear rod casing).

Shapes Modelled on Mechanics

Ducati Design Center created the new Panigale V4, using the stylistic aspects of the 1299 Panigale, and developed them into a powerful machine with smooth surfaces and great features. This aesthetic was created using three standard racing model guidelines: simplicity of design, integration of components, and strength provided by surface treatment. Improved aerodynamic performance achieved through wind tunnel testing by Ducati Corse engineers has added a special touch to this project.

The bodywork of the motorbike is built around technical components, notably the new “front frame,” unveiled, with two pillars running from the rear at the ends of the Desmosideki Straddel cylinder.

Innovative Front Frame

The racing spirit of the new Panigale V4 is evident in its technical features, including 195 kg curb weight for the “S” and unique models (only 5.5 kg more than the 1299 Panigale S). Using a standard frame, these values will be challenging to meet. As a result, a “front frame” was created, with the Desmosideki Straddel engine acting as the load-bearing component. This solution is a development of monocoque design and is designed with MotoGP expertise in mind.

Wheels and Tyres

The new Panigale V4 was developed in collaboration with Pirelli and is the first motorbike to have the new Pirelli DIABLOTM Supercorsa SP 120/70 ZR17 in front and the 200/60 ZR 17 in the rear as factory equipment. The latest edition of the DIABLOTM Supercorsa SP, in the new 200/60 ZR 17 size, is a pioneer in the world of racing replica tires, having previously been a great choice at the FIM World Superbike Championships.

Engine Brake Control EVO (EBC EVO)

The EBC (engine brake control) system was designed to assist riders in maximizing vehicle stability in extreme turning conditions to balance the forces applied to the rear tires during severe Desmosedici Stradale engine brakes. ۔ Under tight braking, the Panigale V4 EBC EVO monitors throttle position, selected gear, and crankshaft deceleration rate and fine-tunes throttle opening to balance the compressive torque on the tire, which is improved based on the lean angle. In riding modes, the EBC EVO can be adjusted in three different settings.

2020 Ducati Panigale V4S Corse Sports Bike – Technical Specifications

Engine

Chassis

Dimension and Weight

Equipment

Others

Emission Standards