Kawasaki ER-6n 2009 vs. MV Agusta F3 800 2020

Kawasaki ER-6n 2009

Kawasaki ER-6n 2009

MV Agusta F3 800 2020

MV Agusta F3 800 2020

Loading...

Technical Specifications Kawasaki ER-6n 2009 compared to MV Agusta F3 800 2020

Kawasaki ER-6n 2009
MV Agusta F3 800 2020

Engine and Drive Train

BoreBore83 mmBore79 mm
StrokeStroke60 mmStroke54.3 mm
Engine powerEngine power72 HPEngine power148 HP
Rpm at Max. PowerRpm at Max. Power8,500 rpmRpm at Max. Power13,000 rpm
TorqueTorque66 NmTorque88 Nm
Rpm at TorqueRpm at Torque7,000 rpmRpm at Torque10,600 rpm
Compression RatioCompression Ratio11.3 Compression Ratio13.3
Number of gearsNumber of gears6Number of gears6
CylindersCylinders2Cylinders3
StrokesStrokes4-StrokeStrokes4-Stroke
CoolingCoolingliquidCoolingliquid
DisplacementDisplacement649 ccmDisplacement798 ccm

Chassis

FrameFrameSteelFrameSteel

Brakes Front

TypeTypeDouble diskTypeDouble disk

Brakes Rear

TypeTypeDiscTypeDisc

Dimensions and Weights

Front tyre diameterFront tyre diameter17 inchFront tyre diameter17 inch
Rear tyre diameterRear tyre diameter17 inchRear tyre diameter17 inch
Seat HeightSeat Height785 mmSeat Height805 mm
Fuel Tank CapacityFuel Tank Capacity15.5 lFuel Tank Capacity16.5 l
License compliancyLicense compliancyALicense compliancyA

Pros and Cons in comparison

Pros and Cons in comparison

Kawasaki ER-6n 2009

Kawasaki ER-6n 2009

You won't find such a coherent package with such fine details anywhere else at this price. The ER-6n has become a little sharper again, both visually and dynamically, and is more fun than ever.

ABS

wider handlebars

slimmer waist

increased intake noise

comfortable seat

uncomplicated chassis.

None

MV Agusta F3 800 2020

MV Agusta F3 800 2020

Unfortunately, our editors did not test this model.

Price Comparison Avarage Market Price Kawasaki ER-6n vs MV Agusta F3 800

Price Kawasaki ER-6n

Model year
Current average market prices

Price MV Agusta F3 800

Unfortunately, the data available to us is not sufficient to provide meaningful price information for this model.

Alternative Comparisons