AGM Goccia GEV1000 vs Segway Ninebot KickScooter E25

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• AGM Goccia GEV1000 vs Segway Ninebot KickScooter E25

Compare Specifications of AGM Goccia GEV1000 and Segway Ninebot KickScooter E25

Selected Bikes

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

Segway Ninebot KickScooter E25 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	700W Motor
Range	60 km Per Charge	25 Km Per Charge
Charging Time	4 hours	4 Hours
Engine Starting	Electric	Electric Start
Top Speed	45 kmph	25 kmph
Battery	20Ah lithium-ion battery	5960 mAh Battery
Charger	--	1.7A Charger
Display	Digital display	Digital dashboard
Frame	--	Aluminum alloy
Handle Bar	Adjustable handlebar	--
Headlamp	LED	LED
Taillamp	LED	LED

Tyres

Front	14 inch	9 inches non-pneumatic tires,synthetic rubber.
Rear	14 inch	9 inches non-pneumatic tires,synthetic rubber.
Wheel / RIM	Alloy	Alloy

Brakes

Front	Disc Brake	Press Brake
Rear	Drum Brake	Electronic Brake

Suspension

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

Colors Available

Colors

White

Dark Grey

Physical Specs

Length	1700 mm	1160 mm
Width	660 mm	420 mm
Height	1050 mm	1170 mm
Weight	--	14.4 kg

Overview

About	AGM Goccia GEV1000 is equipped with two driving modes. Read More	Segway Ninebot KickScooter E25 Riding Modes are Speed limit mode, Standard mode and Sport mode Read More
Features	- Digital display - Alarm system - USB connection - 2 driving modes - Key-less start system.	- Smart-BMS Battery Management System - Expanded battery design - Classic foldable body - "Ninebot Travel" App connectivity
Additional Details	--	Payload : 25–100 kg IP Rating : IPX4 Max. Slope : 15% Recommended Age : 14–60 years Fold:1190 × 420 × 360 mm Traversable Terrian : asphalt/flat pavement Operating Temperature : 14–104°F (-10–40°C) Storage Temperature : -4–122°F (-20–50°C) Battery Management System : Over-heating, short circuit, over-current,over-discharge and over-charge protection

Which one do you think is better? And why?

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