KYMCO DT X360 vs Vespa GTS 300

Compare Specifications of KYMCO DT X360 and Vespa GTS 300

Selected Bikes

KYMCO DT X360
KYMCO DT X360

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Vespa GTS 300
Vespa GTS 300

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Technical Specifications
Fuel Petrol Petrol
Engine Displacement 320.60 cc 278.00 cc
Engine OHC, 4 Stroke, 4V, Single Cylinder Hpe single cylinder, 4 stroke, 4 valve, electronic injection
Engine Starting -- Electric
Engine Lubrication -- Wet sump
Clutch -- Automatic dry centrifugal clutch with vibration dampers
Fuel System Fuel Injection New Electronic Injection PFI (Port Fuel Injection)
Cooling System Liquid cooling Liquid
Maximum Power 28.4 hp @ 7250 rpm 23.8 HP @ 8250 RPM
Maximum Torque 30 Nm @ 5750 rpm 26 NM @ 5250 RPM
Transmission -- CVT with torque server
Display -- 3-inch analogue LCD display
Headlamp -- LED
Taillamp -- LED
Tyres
Front 120/80-14 --
Rear 150/70-13 --
Wheel / RIM Aluminum Alloy Front Wheel : Die-cast aluminium alloy 3.00x12” – Tubeless 120/70-12"
Rear Wheel : Die-cast aluminium alloy 3.00x12” – Tubeless 130/70-12”
Brakes
Front Disc Stainless steel disc, 220 mm with hydraulic control – ABS/ASR
Rear Disc Stainless steel disc, 220 mm with hydraulic control – ABS/ASR
Suspension
Front Telescope Single-arm with coil spring and single shock absorber
Rear Twin Shock Double hydraulic shock absorber with preload adjustable on 4 positions
Colors Available
Colors -- Enveloping Beige
Green Amabile
Convinced Black


Physical Specs
Length 2165 mm 1.980 mm
Width 780 mm 765 mm
Height 1290 mm --
Kerb Weight 194 --
Seat Height 800 790
Wheelbase 1545 mm 1.385 mm
Fuel Tank Capacity 12.5 litres 8.5 litres
Overview
Features -- - New full LED lighting
- 3-inch analogue LCD display
- The Vespa MIA app to connect your smartphone and scooter
- New suspension and a redesigned seat make for a more comfortable experience for both rider and passenger
- The colours are bright and glossy, the seat and interiors match each other
- The completely-redesigned suspension, dual disc brakes, ABS and ASR traction control
Additional Details -- Distribution : Single overhead camshaft (SOHC), 4 valves
Load Bearing Structure : Sheet steel body with welded reinforcements
Emission Approval : EURO 5
Consumption (KM/L) : 30.3 KM/L
Emissions (CO2) : 75 G/KM

Which one do you think is better? And why?
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