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Compare	Vespa S 125 2011	VS	Yamaha Cygnus X 2011	Add another Item to this comparison Add Item
				Overview: There are 19 differences and 20 similarities between Vespa S 125 2011, Yamaha Cygnus X 2011

General Information
Category		Scooter	vs	Scooter
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Model Year		2011	vs	2011
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Manufacturer		Vespa	vs	Yamaha
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Model #		S 125	vs	Cygnus X
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Number of riders		2 persons	vs	2 persons
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Engine and transmission
Engine Type		1 Cylinders, 4-stroke, Single	vs	1 Cylinders, 4-stroke, Single
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Gear box		Automatic, Variator Clutch	vs	Automatic
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Displacement		125 cc (7.64 cubic inches)	vs	125 cc (7.64 cubic inches)	Engine displacement is the volume inside the cylinders of an engine. The larger the engine displacement is, the more powerful the scooter usually is.
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Power		10.74 HP (7.9 kW)	vs	10.61 HP (7.8 kW)	The power of the scooter is measured in HP or KW. The more power the scooter has the faster it can travel.
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Torque		9.6 Nm (7.08 lb-ft)	vs	9.3 Nm (6.86 lb-ft)	Torque is a measure of the turning power of the engine. A higher torque means faster acceleration.
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Power-to-weight ratio			vs	0.07 KW/lbs (15.38 lbs/HP)	A calculation of horsepower divided by weight. The higher the ratio the more power there is per lb, which means a faster scooter.
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Throttle		Cable Operated	vs	Cable Operated
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Engine mounting		Transverse	vs	Transverse	Most scooter engines are transverse mounted.
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Sparks per cylinder		1	vs	1
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Clutch		Wet, Centrifugal Clutch, Cable Operated	vs
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Starter		Electric / Kick-starter	vs	Electric	This combination of starter means can either start the engine with a kick, or also with turn of the key or push of button.
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Cooling system		Air Cooled	vs	Air Cooled
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Bore × stroke		2 inch × 1.93 inch (oversquare - shortstroke)	vs	2 inch × 2.28 inch (undersquare - longstroke)
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Fuel supply system		Fuel Injection	vs	Fuel Injection
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Lubrication system		Wet Sump	vs	Wet Sump
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Final drive		Belt	vs	Belt
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Ignition Type			vs	Tci (transistor Controlled Ignition)
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Valves per cylinder		2	vs
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Valve train		Sohc, Non-variable	vs
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Compression			vs	10:1
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Fuel capacity		2 gals	vs	1.88 gals
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Suspension, Chassis and Brakes
Brake		Drum, ø4.33 Inch	vs	Drum, ø5.91 Inch
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Suspension			vs	Mono Shock, Swingarm
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Tire		120 / 70 R10	vs	120 / 70 R12
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Frame type		Steel	vs
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Suspension travel			vs	3.78 inch
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ABS available		No	vs	No	ABS (anti-lock braking system), prevents the brakes from locking when applied under constant pressure, by pulsating. ABS allows for more control while braking.
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Dimensions
Length		69.7 inch	vs	73 inch
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Wheel Base		50.4 inch	vs
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Width		29.1 inch	vs	27 inch
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Seat Height		30.9 inch	vs	30.9 inch
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Height			vs	44.5 inch
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Curb weight			vs	264.6 lbs
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Ground Clearance			vs	4.45 inch
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