Segway Ninebot eKickScooter ZING E12 vs YADEA Rayman

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• Segway Ninebot eKickScooter ZING E12 vs YADEA Rayman

Compare Specifications of Segway Ninebot eKickScooter ZING E12 and YADEA Rayman

Selected Bikes

Segway Ninebot eKickScooter ZING E12 Brand: -- Select Brand -- Model: -- Select Model --

YADEA Rayman Brand: -- Select Brand -- / Model: -- Select Model --

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

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

Technical Specifications

Fuel	Electric	Electric
Motor	200 W Motor	1000W Hub Motor
Range	10 km	60 Km
Charging Time	4 Hours	--
Maximum Power	--	1000W
Top Speed	18 kmph	45 kmph
Battery	2550 mAh Lithium-ion battery	72V 20Ah Lead Acid
Charger	0.8 A Charger	--
Display	--	Digital Display
Frame	Alluminum-alloy	--
Handle Bar	TPR Handle Grips	--
Headlamp	LED	LED
Taillamp	--	LED

Tyres

Front	Patented Anti-skid Tubeless Tires	3.00-10 Tubeless
Rear	Patented Anti-skid Tubeless Tires	3.00-10 Tubeless
Wheel / RIM	Alloy	--

Brakes

Front	Regenerative brake + hand-operated brake + foot brake	Disc
Rear	Regenerative brake + hand-operated brake + foot brake	Drum

Suspension

Front	Spring damper	--
Rear	--	--

Colors Available

Colors

Orange

Blue Red Grey White

Physical Specs

Length	915 mm	1900 mm
Width	400 mm	765 mm
Height	950 mm	1090-1410 mm
Weight	8.5 kg kg	90 kg

Overview

About	Segway Ninebot eKickScooter ZING E12 Riding Modes are Turbo Mode, Cruise Mode and Safe Mode. Read More	The YADEA Rayman is an electric scooter with a 1000W hub motor, powered by a 72V 20Ah lead acid Read More
Features	- Battery Indicator - Thumb Throttle - One Step Folding - 3 Riding Modes - Safe Braking System - Integrated Battery Design - Battery Management System	--
Additional Details	Fold : 980 × 400 × 320 mm Payload : 20–60 kg IP Rating : Vehicle : IPX4 Recommended Age : 8–14 years Max. Slope : Approx. 7% Traversable Terrain : Flat surface, paved road Operating Temperature : 14-104°F (-10-40°C) Storage Temperature : -4–122°F (-20–50°C); 41–86°F (5–30°C) recommended Battery Management System : Over-heating, short circuit, over-current and over-charge protection	--

Which one do you think is better? And why?

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