Honda CB1000 Hornet SP 2025 vs. Ducati Diavel Strada 2012

Honda CB1000 Hornet SP 2025

Honda CB1000 Hornet SP 2025

Ducati Diavel Strada 2012

Ducati Diavel Strada 2012

Loading...

Overview - Honda CB1000 Hornet SP 2025 vs Ducati Diavel Strada 2012

Honda CB1000 Hornet SP 2025

Honda CB1000 Hornet SP 2025

Ducati Diavel Strada 2012

Ducati Diavel Strada 2012

Technical Specifications Honda CB1000 Hornet SP 2025 compared to Ducati Diavel Strada 2012

Honda CB1000 Hornet SP 2025
Ducati Diavel Strada 2012

Engine and Drive Train

BoreBore76 mmBore106 mm
StrokeStroke55.1 mmStroke67.9 mm
Engine powerEngine power157 HPEngine power162 HP
Rpm at Max. PowerRpm at Max. Power11,000 rpmRpm at Max. Power9,500 rpm
TorqueTorque107 NmTorque127.5 Nm
Rpm at TorqueRpm at Torque9,000 rpmRpm at Torque8,000 rpm
Compression RatioCompression Ratio11.7 Compression Ratio11.5
Clutch TypeClutch TypeMultiplate in oil-bath, AntihoppingClutch TypeMultiplate in oil-bath, Antihopping
TransmissionTransmissionChainTransmissionChain
Number of gearsNumber of gears6Number of gears6
ValvesValvesDOHCValvesDesmodromic
DisplacementDisplacement1,000 ccmDisplacement1,198.4 ccm

Suspension Front

Front suspensionFront suspensionUpside-Down telescopic forkFront suspensionUpside-Down telescopic fork
BrandBrandShowaBrandMarzocchi

Suspension Rear

SuspensionSuspensionSwing armSuspensionSingle swing arm
Shock absorberShock absorberMonoshockShock absorberMonoshock
BrandBrandÖhlinsBrandMarzocchi

Chassis

FrameFrameSteelFrameSteel

Brakes Front

PistonPistonFour pistonsPistonFour pistons
TechnologyTechnologyradialTechnologyradial, Monoblock
BrandBrandBremboBrandBrembo

Brakes Rear

TypeTypeDiscTypeDisc
PistonPistonSingle pistonPistonDouble piston

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 width180 mmRear tyre width240 mm
Rear tyre heightRear tyre height55 %Rear tyre height45 %
Rear tyre diameterRear tyre diameter17 inchRear tyre diameter17 inch
LengthLength2,140 mmLength2,257 mm
HeightHeight1,085 mmHeight1,397 mm
WheelbaseWheelbase1,455 mmWheelbase1,590 mm
Seat HeightSeat Height809 mmSeat Height770 mm
Kerb Weight (with ABS)Kerb Weight (with ABS)212 kgKerb Weight (with ABS)245 kg
Fuel Tank CapacityFuel Tank Capacity17 lFuel Tank Capacity17 l
License compliancyLicense compliancyALicense compliancyA

Equipment

EquipmentEquipmentBluetooth, Connectivity, LED daytime running lights, LED-Headlights, TFT displayEquipmentHeated grips

Pros and Cons in comparison

Pros and Cons in comparison

Honda CB1000 Hornet SP 2025

Honda CB1000 Hornet SP 2025

The Honda CB1000 Hornet SP is more than just a new bike - it's a statement. Honda proves that they can still do it. They have created a bike that impresses in every respect: engine, suspension, brakes, price-performance ratio. You sit on it and immediately know how to ride this thing. There are no puzzles, no nasty surprises. Just pure, honest performance at a price that makes the competition look old. This isn't just a good bike - it's a game changer. Honda is back, and how they are back.

Unbeatable price-performance ratio

top shock of the highest specification

high-quality Brembo Stylema brakes

cultivated four-cylinder with good running behaviour

excellent workmanship and Honda reliability

simple, intuitive handling

comfortable ergonomics for lengthy rides

Engine somewhat sluggish under 6,000 rpm

conservative ABS control without IMU limits braking performance

difficult load change at low engine speeds

too long ratio in first gear

Ducati Diavel Strada 2012

Ducati Diavel Strada 2012

Unfortunately, our editors did not test this model.

Price Comparison Avarage Market Price Honda CB1000 Hornet SP vs Ducati Diavel Strada

Price Honda CB1000 Hornet SP

Model year
Current average market prices

Price Ducati Diavel Strada

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

Alternative Comparisons