AGM Goccia GEV1000 vs Segway Ninebot KickScooter MAX

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• AGM Goccia GEV1000 vs Segway Ninebot KickScooter MAX

Compare Specifications of AGM Goccia GEV1000 and Segway Ninebot KickScooter MAX

Selected Bikes

AGM Goccia GEV1000 Brand: -- Select Brand -- Model: -- Select Model --

Segway Ninebot KickScooter MAX Brand: -- Select Brand -- / Model: -- Select Model --

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

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

Technical Specifications

Fuel	Electric	Electric
Motor	1000 W Hub motor	700 W Motor
Range	60 km Per Charge	65 km per charge
Charging Time	4 hours	6 Hours
Engine Starting	Electric	Electric Start
Top Speed	45 kmph	30 kmph
Battery	20Ah lithium-ion battery	551Wh Battery
Charger	--	1.7 A Charger
Battery Warranty	--	6 Months Warranty
Display	Digital display	LED dashboard
Handle Bar	Adjustable handlebar	--
Headlamp	LED	LED
Taillamp	LED	LED

Tyres

Front	14 inch	10-inch Pneumatic Tires
Rear	14 inch	10-inch Pneumatic Tires
Wheel / RIM	Alloy	Alloy

Brakes

Front	Disc Brake	Electric Brake + Mechanical Brake
Rear	Drum Brake	Electric Brake + Mechanical Brake

Suspension

Front	Double shock absorbers	--
Rear	Double shock absorbers	--

Colors Available

Colors

White

Dark Gray/Silver

Physical Specs

Length	1700 mm	1167 mm
Width	660 mm	423 mm
Height	1050 mm	1203 mm
Weight	--	18.7 kg

Overview

About	AGM Goccia GEV1000 is equipped with two driving modes. Read More	Segway Ninebot KickScooter MAX Riding Modes are Eco, Standard, and Sports modes. Read More
Features	- Digital display - Alarm system - USB connection - 2 driving modes - Key-less start system.	- One-step Folding Mechanism - Regenerative Brake System - 3 Riding Modes - Smart Battery Management System
Additional Details	--	Payload : 100.0 kg Required Height : 120-200 cm Max. Slope : Approx. 20% Traversable Terrian : asphalt/flat pavement Operating Temperature : 14-104ºF (-10-40ºC) Storage Temperature : -4-122ºF (-20-50ºC) IP Rating : IPX5 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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