Lifan ARES 110 (LF110-26H) vs Vespa Justin Bieber X Vespa 125

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• Lifan ARES 110 (LF110-26H) vs Vespa Justin Bieber X Vespa 125

Compare Specifications of Lifan ARES 110 (LF110-26H) and Vespa Justin Bieber X Vespa 125

Selected Bikes

Lifan ARES 110 (LF110-26H) Brand: -- Select Brand -- Model: -- Select Model --

Vespa Justin Bieber X Vespa 125 Brand: -- Select Brand -- / Model: -- Select Model --

Brand: -- Select Brand -- Model: -- Select Model --

Brand: -- Select Brand -- Model: -- Select Model --

Technical Specifications

Fuel	Petrol	Petrol
Engine Displacement	107.00 cc	124.00 cc
Engine	Single-cylinder, air-cooled, four-stroke	3-valve 4-stroke single cylinder i-get catalysed
Engine Starting	Electric/kick start	Electric
Clutch	Auto-clutched	Automatic dry centrifugal with shock absorbers
Fuel System	--	Electronic Injection
Cooling System	--	Forced air
Maximum Power	7 Ps @ 7500 Rpm	11 HP @ 8000 RPM
Maximum Torque	6.9 Nm @ 5000 Rpm	10.4 NM @ 6750 RPM
Transmission	4 Gears	CVT automatic with torque server
Top Speed	85 kmph	--
Display	--	TFT display
Headlamp	--	LED
Taillamp	--	LED

Tyres

Front	2.50-17	Tubeless 110/70 - 12”
Rear	2.75-17	Tubeless 120/70 - 12”
Wheel / RIM	Spoke	12” wheel rims

Brakes

Front	Disc	Stainless steel 220 mm disc with hydraulic control
Rear	Drum	140 mm drum with mechanical control
ABS	--	ABS at the front wheel only

Suspension

Front	--	Single arm with helical spring and hydraulic shock absorber
Rear	--	Helical spring with adjustable preload (4 positions) and single hydraulic shock absorber

Colors Available

Colors

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Bianco Justin Bieber X Vespa

Physical Specs

Length	1920 mm	1.870 mm
Width	715 mm	735 mm
Height	1100 mm	--
Weight	96 kg	--
Seat Height	750	790
Wheelbase	1250 mm	1.340 mm
Fuel Tank Capacity	3.7 litres	8 litres

Overview

Features	--	- LED lighting - TFT display - 12” wheel rims - Available with a classic 125cc engines - Stylised flames and the Justin Bieber logo
Additional Details	Motorcycle Model : LF110-26H Economical Fuel Consumption (L/100km) ≤ 1.6	CONSUMPTION : 40 km/l CO2 EMISSIONS COMPLIANCE : 57 g/km LOAD-BEARING STRUCTURE : Sheet steel shell with welded structural reinforcements EMISSIONS COMPLIANCE : Euro 5

Which one do you think is better? And why?

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