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The continued evolution of technology and craftsmanship. The passion applied to forming the F4 R around its four-cylinder engine together with its uncompromising electronic controls allows the F4 R to reaffirm its supremacy on the road and track. The Marzocchi fork and Öhlins TTX shock absorber exceed the rider’s expectations in all conditions.
Pure Performance. Design and technology, power and electronics: The F4 R boasts exceptional design, performance, components and ride quality. Designed for those who demand the absolute best both on and off the track, this four-cylinder model once again revolutionizes the concept of the superbike.
F4 R FEATURES
- Short-stroke inline four-cylinder engine with central cam chain and radial valves
- MVICS Technology (Motor & Vehicle Integrated Control System)
- ELDOR electronics package with Ride-By-Wire system and four maps engine
- Throttle sensitivity adjustable (selectable between Normal, Sport and Rain)
- Max torque (selectable between Normal, Sport and Rain)
- Variable Engine response (selectable between Normal, Sport and Rain)
- Engine Braking (selectable between Normal, Sport and Rain)
- RPM limiter (selectable between Normal, Sport and Rain)
- Inertial vehicle lean angle sensor
- Traction control adjustable on eight levels
- Electronic EAS (Electronically Assisted Shift)
- Modular mixed structure frame with hand TIG welded tubular steel trellis and aluminum plates
Design

Engine

50 mm diameter throttle bodies are employed with a revised variable length intake tract (TSS). The gearbox as on all the MV Agusta four-cylinder engines, is a six-speed unit, with the clutch featuring a mechanical slipper device. Four engine maps are available: three default and to customizable by the pilot.
Electronics
The system MVICS (Motor & Vehicle Integrated Control System) is now integrated onto the new F4 ensuring accurate multimap engine management and driver assistance devices: traction control and shifter EAS (Electronically Assisted Shift). The central element is the Ride-By- Wire system: presented for the first time on the three-cylinder F3 675, it has been fully optimized and specifically redeveloped for the new F4. The system has electronic redundancies to ensure maximum effectiveness and the safety required: the data that arrives from the two potentiometers is cross-examined with analog signals, and a third sensor confirms the requirement of complete throttle closure. Two additional sensors are arranged on the throttle bodies. Completely new and developed specifically for F4 is the inertia platform sensor arrangement: it uses three gyroscopes and three accelerometers and provides the electronic control unit an array of information about the of the vehicle dynamics, moment by moment. Consequently, the intervention of traction control is particularly accurate thanks to the encoder placed on the front wheel. This system permits improved safety characteristics as well as performance. Riding is therefore simplified for the pilot; a primary objective of the F4 project. The algorithms that define the function of the system MVICS, are in fact maximized continuously to provide the maximum available torque at the rear wheel, relative to the conditions of the asphalt and pilot request. The electronic assisted gear shift, standard on all three versions, reduces the amount of time required to change gears.
Another innovation is the system which allows you to choose your own settings in respect to the pre selected defaults, Normal, Sport and Rain. This enables you to customize five parameters (sensitivity of throttle, torque, speed limiter, engine response and engine braking), so you can construct a map of engine management that encompasses your personal riding style.
Frame

Suspension
The three versions of the new model offer three distinct combinations of fork and shock while all providing the established traditional handling strengths of F4. The F4 R utilizes a race specification Öhlins, again fully adjustable. As aforementioned there are specific modes of power delivery for the four cylinder engine; the pilot, however, may also adjust the suspension in a completely autonomous way from the engine maps. The system provides separate control for compression damping and rebound damping, while customizing the spring preload is manual. The electronic steering damper allows to choose between manual or automatic adjustment, in which case the response varies as a result of vehicle speed.
Brakes

ENGINE
(Motor & Vehicle Integrated Control System)
with eight injectors Engine control unit
Eldor EM2.0, throttle body full drive by wire
Mikuni, pencil-coil with ion-sensing technology,
control of detonation and misfire
Torque control with four maps, Traction
Control with eight levels of intervention
with lean angle sensor, EAS Electronically
Assisted Shift – TSS Torque Shift System
employing variable length intake runners
Second gear: Speed 16/33
Third gear: Speed 18/31
Fourth gear: Speed 20/30
Fifth gear: Speed 22/29
Sixth gear: Speed 21/25
ELECTRICAL EQUIPMENT
DIMENSIONS & WEIGHT
PERFORMANCE
FRAME
FRONT SUSPENSION
telescopic hydraulic fork with adjustable
rebound-compression damping and
external spring preload
REAR SUSPENSION
absorber with rebound and compression
damping and spring preload adjustment

