Technical And Styling Features

Fuel Injection with Radial Motion Injectors

The radial motion capability of the fuel injection system means that the injectors, located above the intake trumpets, can rotate, thus allowing the fuel jet to vary its direction. The fuel jet is directed to the partial opening of the throttle valve, therefore reaching the free section of the intake duct.

At the minimum throttle position the fuel jet departing from the injector is directed against the inner side of the duct. As the throttle is increased, the fuel jet is directed more towards the duct's axis, at maximum throttle, the fuel jet's direction is perfectly in line with the axis.

Advantages of the Radial Injection System

The ability to move the injector on its axis - and therefore direct the fuel jet towards the open area of the intake duct - offers the major advantage of optimizing the fuel's nebulization. The result is n improved mixing of air an petrol as compared to conventional systems, with substantial positive effects on combustion performance and efficiency, particularly in the low rev range. The benefits of this ingenious system not only enhance the motorcycle's overall performance, but also the rider's overall riding experience.

Electrical System

The electrical system is monitored and controlled by a unit known as the CGI, which has the ability from an active reference point, to monitor the entire status of the electrical system and its peripherals - from actuators and sensors of the engine's CPU to lights to indicators and battery - and is able to adapt its commands to the response obtained.

The most tangible result of this system is the absence of relays and fuses, as the CGI also performs any passive actions needed, such as protection from electrical surges, system activation, and time switching.

Chassis

The key to the chassis is the unique composite structure frame. The upper frame section is constructed from light alloy whereas the lower frame section consists of two carbon fiber plates with a box structure that achieves the best possible rigidity to weight ratio. Such a composite frame creates an extremely lightweight bike - 185 kg (408 lb) on-road weight at an exceptional rigidity.