Okaya Faast F4 vs Okaya Freedum LI-2

Compare Specifications of Faast F4 and Freedum LI-2

Selected Scooters

Okaya Faast F4
Okaya Faast F4

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Model:

Okaya Freedum LI-2
Okaya Freedum LI-2

Brand:

Model:

Brand:

Model:

Brand:

Model:

Technical Specifications
Fuel Electric Electric
Motor BLDC Hub Motor --
Range 140-160 Km 70-75 Km
Charging Time 4-6 hours 4 to 5 Hours
Maximum Power 1200 watt/ 2000 watt peak --
Maximum Torque 104 Nm --
Load Carrying Capacity -- 150 Kg
Top Speed 70 kmph 25 kmph
Riding Modes Eco, City, Sport --
Battery 72V 30Ah, 4.4 Kwh 48V 30Ah Lithium
Display -- Digital Display
Frame -- Tubular frame
Headlamp LED Bulb
Taillamp LED LED
Tyres
Front 12" Tubeless tyres 3x10 inch Tubeless
Rear 12" Tubeless tyres 3x10 inch Tubeless
Wheel / RIM -- Steel
Brakes
Front Drum with CBS 130 mm Drum
Rear Drum with CBS 110 mm Drum
Suspension
Front -- Telescopic
Rear -- Monoscopic
Colors Available
Colors Metallic black
Metallic cyan
Matte green
Metallic grey
Metallic silver
Metallic white
Metallic red
Midnight black
Military green
Tantalizing blue
Pearl white
Fiery red
Ash grey
Symphony silver


Physical Specs
Length -- --
Overview
About The Okaya Faast F4 is a high-speed electric scooter manufactured by the Indian company Okaya Po Read More The Okaya Freedum LI-2 Electric Scooter is a great choice for those who need a reliable and eff Read More
Features BATTERY
- 72v 60ah Output
- 1 X Portable Battery
- Lfp Composition

LIGHTS
- All Led Head / Tail Lights
- All Led Indicators
- Daytime Running Lights
- Hazard Lighting

SAFETY
- Combi Braking System
- Remote Lock W/Alarm
- Parked (E-Brake) Mode
- 12" Tubeless Tyres
- Anti theft alert

CONVENIENCE
- Keyless Entry
- Motor Lock W/Remote
- Digital Instrument Cluster
- Reverse & Walk Assist
- LED DRLs
- Remote lock/Unlock
- Wheel lock
- Antitheft Alarm
- Regenerative braking system
- Forward/Reverse mode

Okaya Freedum Li 2
LED daytime running lights

Okaya Freedum Li 2
LED tail lights and indicators

Okaya Freedum Li 2
Digital instrument cluster

Which one do you think is better? And why?
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