Motron Breezy 50 vs Vespa Justin Bieber X Vespa 50

Compare Specifications of Motron Breezy 50 and Vespa Justin Bieber X Vespa 50

Selected Bikes

Motron Breezy 50
Motron Breezy 50

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Vespa Justin Bieber X Vespa 50
Vespa Justin Bieber X Vespa 50

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Model:

Brand:

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Technical Specifications
Fuel Petrol Petrol
Engine Displacement 50.00 cc 49.00 cc
Engine 1 cylinder, 4 stroke, air-cooled 3-valve 4-stroke single cylinder i-get catalysed
Engine Starting Electric starter, kick starter Electric
Clutch -- Automatic dry centrifugal with shock absorbers
Fuel System -- Electronic Injection
Ignition ECU --
Cooling System -- Forced air
Maximum Power 2.682044 hp 3 HP @ 7500 RPM
Maximum Torque 2.6 Nm 2.9 NM @ 7000 RPM
Transmission CVT automatic transmission CVT automatic with torque server
Top Speed 45 kmph --
Display -- TFT Display
Headlamp -- LED
Taillamp -- LED
Fuel Economy
Overall Mileage 45 kmpl --
Tyres
Front 90/70-12 Tubeless 110/70 - 12”
Rear 90/70-12 Tubeless 120/70 - 12”
Wheel / RIM Front Rim - MT2.75 x 12
Rear Rim - MT2.75 x 12
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Brakes
Front Hydraulic disc brake, brake disc Ø 155 mm Stainless steel 220 mm disc with hydraulic control
Rear Mechanic drum brake, brake drum Ø 110 mm 140 mm drum with mechanical control
Suspension
Front Teleskopic fork Single arm with helical spring and hydraulic shock absorber
Rear Swingarm with single shock absorber Helical spring with single hydraulic shock absorber
Colors Available
Colors -- Bianco Justin Bieber X Vespa


Physical Specs
Length -- 1870 mm
Width 680 mm 735 mm
Height 1115 mm --
Weight 233 kg --
Seat Height 775 790
Wheelbase -- 1330 mm
Fuel Tank Capacity 5 litres 7.5 litres
Overview
About The Motron Breezy 50 is a compact and efficient petrol-powered scooter with a 50cc engine, deli Read More --
Features -- - LED lighting
- Available with a classic 50cc engine
- Unmistakable evocative rectangular headlight
- Stylised flames and the Justin Bieber logo
Additional Details -- 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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