Triumph Speed Twin 1200 2024 vs. Honda CB650R E-Clutch 2024

Triumph Speed Twin 1200 2024

Triumph Speed Twin 1200 2024

Honda CB650R E-Clutch 2024

Honda CB650R E-Clutch 2024

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Overview - Triumph Speed Twin 1200 2024 vs Honda CB650R E-Clutch 2024

Triumph Speed Twin 1200 2024

Triumph Speed Twin 1200 2024

Honda CB650R E-Clutch 2024

Honda CB650R E-Clutch 2024

Technical Specifications Triumph Speed Twin 1200 2024 compared to Honda CB650R E-Clutch 2024

Triumph Speed Twin 1200 2024
Honda CB650R E-Clutch 2024

Engine and Drive Train

BoreBore97.6 mmBore67 mm
StrokeStroke80 mmStroke46 mm
Engine powerEngine power100 HPEngine power95 HP
Rpm at Max. PowerRpm at Max. Power7,250 rpmRpm at Max. Power12,000 rpm
TorqueTorque112 NmTorque63 Nm
Rpm at TorqueRpm at Torque4,250 rpmRpm at Torque9,500 rpm
Compression RatioCompression Ratio12 Compression Ratio11.6
DisplacementDisplacement1,200 ccmDisplacement649 ccm

Suspension Front

DiameterDiameter43 mmDiameter41 mm
TravelTravel120 mmTravel120 mm

Chassis

RakeRake22.3 degreeRake64.5 degree

Brakes Front

DiameterDiameter320 mmDiameter310 mm

Brakes Rear

DiameterDiameter220 mmDiameter240 mm

Dimensions and Weights

Front tyre widthFront tyre width120 mmFront tyre width120 mm
Front tyre heightFront tyre height70 %Front tyre height70 %
Front tyre diameterFront tyre diameter17 inchFront tyre diameter17 inch
Rear tyre widthRear tyre width160 mmRear tyre width180 mm
Rear tyre heightRear tyre height60 %Rear tyre height55 %
Rear tyre diameterRear tyre diameter17 inchRear tyre diameter17 inch
LengthLength2,099 mmLength2,120 mm
WidthWidth778 mmWidth750 mm
HeightHeight1,097 mmHeight1,150 mm
WheelbaseWheelbase1,413 mmWheelbase1,450 mm
Seat HeightSeat Height809 mmSeat Height810 mm
Kerb Weight (with ABS)Kerb Weight (with ABS)216 kgKerb Weight (with ABS)202.5 kg
Fuel Tank CapacityFuel Tank Capacity14.5 lFuel Tank Capacity15.4 l
RangeRange302 kmRange314 km
Combined CO2 emissionsCombined CO2 emissions116 g/kmCombined CO2 emissions112 g/km
Combined fuel consumptionCombined fuel consumption5.1 l/100kmCombined fuel consumption4.9 l/100km
Stationary noiseStationary noise93 dBStationary noise97 dB

Pros and Cons in comparison

Pros and Cons in comparison

Triumph Speed Twin 1200 2024

Triumph Speed Twin 1200 2024

Unfortunately, our editors did not test this model.

Honda CB650R E-Clutch 2024

Honda CB650R E-Clutch 2024

The Honda CB650R E-Clutch impressed in our 2024 long term test bike with its combination of a classic four-cylinder engine and state-of-the-art E-Clutch technology. It offers a balanced riding experience that is enjoyable both in everyday life and on sporty rides. Despite minor weaknesses, such as its higher weight and standard tyres, it remains a reliable and powerful naked bike that stands out above all for its comfort, user-friendliness and innovative technology.

Powerful and smooth-running four-cylinder engine Innovative E-Clutch system for comfortable gear changes

Good suspension for a sporty and comfortable rider

User-friendly ergonomics and intuitive TFT display

Higher weight compared to the competition

Standard tyres offer handling that could be improved

Slight vibrations at high revs

Suspension reaches its limits at very high speeds

Price Comparison Avarage Market Price Triumph Speed Twin 1200 vs Honda CB650R E-Clutch

Price Triumph Speed Twin 1200

Model year
Current average market prices

Price Honda CB650R E-Clutch

Model year
Current average market prices

Alternative Comparisons

1000PS Partner

LOUISContinental MotorradreifenSchuberthcalimoto GmbHMotorex AG