Triumph Trident 660 2025 vs. Honda CB750 Hornet E-Clutch 2026

Triumph Trident 660 2025

Honda CB750 Hornet E-Clutch 2026

Technical Specifications Triumph Trident 660 2025 compared to Honda CB750 Hornet E-Clutch 2026

Triumph Trident 660 2025

Honda CB750 Hornet E-Clutch 2026

Triumph Trident 660 2025

Honda CB750 Hornet E-Clutch 2026

Engine and Drive Train

Engine type	Engine type	In line	Engine type	In line crankpin offset
Bore	Bore	74 mm	Bore	87 mm
Stroke	Stroke	51.1 mm	Stroke	63.5 mm
Engine power	Engine power	81 HP	Engine power	92 HP
Rpm at Max. Power	Rpm at Max. Power	10,250 rpm	Rpm at Max. Power	9,500 rpm
Torque	Torque	64 Nm	Torque	75 Nm
Rpm at Torque	Rpm at Torque	6,250 rpm	Rpm at Torque	7,250 rpm
Compression Ratio	Compression Ratio	11.95	Compression Ratio	11
Fuel system	Fuel system	Injection	Fuel system	Injection
Starter	Starter	Electric	Starter	Electric
Clutch Type	Clutch Type	Multiplate in oil-bath, Antihopping, Clutch systems	Clutch Type	Electronically controlled
Transmission	Transmission	Chain	Transmission	Chain
Transmission Type	Transmission Type	Gearshift	Transmission Type	Gearshift
Number of gears	Number of gears	6	Number of gears	6
Cylinders	Cylinders	3	Cylinders	2
Strokes	Strokes	4-Stroke	Strokes	4-Stroke
Valves per cylinder	Valves per cylinder	4	Valves per cylinder	4
Valves	Valves	DOHC	Valves	OHC
Cooling	Cooling	liquid	Cooling	liquid
Displacement	Displacement	660 ccm	Displacement	755 ccm

Suspension Front

Front suspension	Front suspension	Upside-Down telescopic fork	Front suspension	Upside-Down telescopic fork
Technology	Technology	Big Piston	Technology	Big Piston
Brand	Brand	Showa	Brand	Showa
Diameter	Diameter	41 mm	Diameter	41 mm
Travel	Travel	120 mm	Travel	130 mm

Suspension Rear

Suspension	Suspension	Swing arm	Suspension	Swing arm
Shock absorber	Shock absorber	Monoshock	Shock absorber	Monoshock
Shock mount	Shock mount	Deflection	Shock mount	Pro-Link
Travel	Travel	130 mm	Travel	150 mm
Adjustment	Adjustment	Preload	Adjustment	Preload
Material	Material	Steel	Material	Steel

Chassis

Frame	Frame	Steel	Frame	Steel
Frame type	Frame type	Perimeter	Frame type	Twin Tube
Rake	Rake	24.6 degree	Rake	25 degree
Trail	Trail	107.3 mm	Trail	99 mm

Brakes Front

Type	Type	Double disk	Type	Double disk
Diameter	Diameter	310 mm	Diameter	296 mm
Piston	Piston	Double piston	Piston	Four pistons
Brand	Brand	Nissin	Brand	Nissin

Brakes Rear

Type	Type	Disc	Type	Disc
Diameter	Diameter	255 mm	Diameter	240 mm
Piston	Piston	Single piston	Piston	Single piston

Assistance Systems

Advanced Rider Assistance Systems	Advanced Rider Assistance Systems	ABS, Riding modes, Cornering ABS, Ride by Wire, Quickshifter, Shift assistant with blipper, Cruise control, Traction control, Modern electronics	Advanced Rider Assistance Systems	ABS, Riding modes, Ride by Wire, Traction control, Anti-wheelie, Modern electronics

Dimensions and Weights

Front tyre width	Front tyre width	120 mm	Front tyre width	120 mm
Front tyre height	Front tyre height	70 %	Front tyre height	70 %
Front tyre diameter	Front tyre diameter	17 inch	Front tyre diameter	17 inch
Rear tyre width	Rear tyre width	180 mm	Rear tyre width	160 mm
Rear tyre height	Rear tyre height	55 %	Rear tyre height	60 %
Rear tyre diameter	Rear tyre diameter	17 inch	Rear tyre diameter	17 inch
Width	Width	795 mm	Width	780 mm
Height	Height	1,089 mm	Height	1,085 mm
Wheelbase	Wheelbase	1,401 mm	Wheelbase	1,420 mm
Seat Height	Seat Height	805 mm	Seat Height	795 mm
Kerb Weight (with ABS)	Kerb Weight (with ABS)	189 kg	Kerb Weight (with ABS)	196 kg
Fuel Tank Capacity	Fuel Tank Capacity	14 l	Fuel Tank Capacity	15.2 l
License compliancy	License compliancy	A2, A	License compliancy	A2, A
Range	Range	304 km	Range	353 km
Combined CO2 emissions	Combined CO2 emissions	107 g/km	Combined CO2 emissions	99 g/km
Combined fuel consumption	Combined fuel consumption	4.6 l/100km	Combined fuel consumption	4.3 l/100km

Equipment

Equipment	Equipment	LED-Headlights, TFT display, Modern electronics, Lighting	Equipment	Connectivity, LED-Headlights, TFT display, USB-C socket, Modern electronics, Charging & power, Lighting

Pros and Cons in comparison

Triumph Trident 660 2025

The Triumph Trident 660 remains the clever naked bike in the mid-range in 2025. Successful electronics upgrade, increased comfort, suitability for everyday use confirmed. Only the dynamics and suspension leave a little to be desired for riders with sporting ambitions. Anyone looking for a well-balanced, technically well-equipped naked bike will find a strong partner in the Trident 660.

Balanced handling

high-quality electronics & quickshifter as standard

effective cruise control

well-modulated brakes

attractive three-cylinder sound

solid suitability for everyday use

low weight

safety-relevant Advanced Rider Assistance Systems as standard, great engine

Traction control is too conservative even in Sport mode

quickshifter reacts sensitively to imprecise shifting impulses

hook spanner required for suspension adjustment

Honda CB750 Hornet E-Clutch 2026

The Hornet 2026 remains true to itself and is complemented by the E-Clutch. The system increases comfort and performance in equal measure and perfectly matches the versatile character of the naked bike. Thanks to the first-time interaction of electronic throttle control and E-Clutch, the Japanese company's hybrid clutch technology has now finally overtaken conventional quickshifters and harmonises perfectly with the Hornet. Both the bike and the E-Clutch score points in everyday situations as well as on fun rides.

E-clutch as good as ever, offers comfort & performance

high everyday comfort

agile handling

accessible yet emotional engine

nicely balanced suspension

very attractive price

Ergonomics suboptimal for tall riders

handlebars could be wider and further forward

suspension (unlike Transalp model sister) not adjustable

Price Comparison Average Market Price Triumph Trident 660 vs Honda CB750 Hornet E-Clutch

Price Triumph Trident 660

Model year

Average market price

Current average market prices

Price Honda CB750 Hornet E-Clutch

Model year

Average market price

Current average market prices