inGO Flee Heavy Duty vs Kimi Motors Electric Scooter

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• inGO Flee Heavy Duty vs Kimi Motors Electric Scooter

Compare Specifications of Flee Heavy Duty and Kimi Motors Electric Scooter

Selected Bikes

inGO Flee Heavy Duty Brand: -- Select Brand -- Model: -- Select Model --

Kimi Motors Electric Scooter Brand: -- Select Brand -- / Model: -- Select Model --

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

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

Technical Specifications

Fuel	Electric	Electric
Motor	250W BLDC Hub Motor	BLDC Hub motor, 60 V,250 W
Range	50Km/charge	60-80 Km per Charge
Charging Time	4 Hours	3 Hrs
Engine Starting	--	Electric
Maximum Torque	65 Nm	--
Load Carrying Capacity	Overall 180 Kgs (Max 50 kgs on footboard and Max 25 kgs carrier)	--
Climbing Degree	12 degree gradient	--
Top Speed	25 kmph	20 kmph
Battery	48V, 21Ah Battery	Battery type : Lithium phosphate Capacity : 60 V ,24 Ah
Charger	54.6V / 6A	60 V 8A Li-Phosphate
Display	Digital	Digital
Frame	High strength Steel	--
Headlamp	--	LED

Tyres

Front	10"x3.00"	90/100 - 10 Tubeless
Rear	10"x3.00"	90/100 - 10 Tubeless
Wheel / RIM	Alloy	Alloy rim

Brakes

Front	--	Disc brake
Rear	--	Disc brake

Suspension

Front	43mm Telescopic	gas filled type
Rear	Heavy Duty Shocks	--

Colors Available

Colors

Orange / Blue Red / Gray Yellow / Gray

Green Orange Silver White Orange grey Blue

Physical Specs

Length	1670 mm	1780 mm
Width	685 mm	680 mm
Height	1200 mm	1080 mm
Weight	55 kg	--
Ground Clearance	149 mm	185 mm

Overview

About	The inGO Flee Heavy Duty electric scooter is a practical pick for those needing efficient trans Read More	--
Features	- Massive storage space - Best-in-class Ergonomics - Lowest Op-ex and Lowest TCO - High Energy efficiency and costs < ₹10 per charge - Components rated for high duty cycle of fleets > 100 kms/day - Smart Connected Vehicle with IoT and Telematics - Electric Lock through your phone or remote computer - Geo Fence to monitor locations and automate routing - Vehicular stats reports for predictive operational efficiency. - Battery Swapping for Fleets - Reverse Drive Mode - USB Charging Port	- Bigger boot space - Comfortable wider seats - Lowest centre of gravity for goods control - High efficient BLDC hub motor - High performance hydraulic disc brake
Additional Details	--	Climbing : 15-30 degree Controller : Controller-60V 250W Sine Wave Vector with regenerative feature

Which one do you think is better? And why?

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