Odysse Evoqis vs Ultraviolette F77

Compare Specifications of Evoqis and F77

Selected Bikes

Odysse Evoqis
Odysse Evoqis

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Ultraviolette F77
Ultraviolette F77

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Model:

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Technical Specifications
Fuel Electric Electric
Motor 3000 watt Motor --
Range -- 307 Km
Charging Time 6 Hour Standard - 5 hr
Fast - 1.5 hr
Engine -- Passively air-cooled interior permanent magnet AC motor
Engine Starting Electric Electric
Cooling System -- Air cooled
Maximum Power 6 HP/4300 Watts 38.8 HP
Maximum Torque 64 NM 95 Nm
Load Carrying Capacity 170 Kg --
Transmission -- 46T/14T 520 X-Ring chain drive
Top Speed 80 kmph 147 kmph
Riding Modes City Drive, Parking, Sports Drive & Reverse --
Battery Battery type: Li-ion
Battery capacity: 4.32 KW
Voltage: 72 Volts
10.3 kWh
Display Digital Display Digital
Frame -- Steel trellis with aluminium bulk head
Headlamp LED LED headlight with Ultra-V position light
Taillamp LED Dual LED light sets with central LED brake light
Tyres
Front 110/70 – 17 (tubeless) 110/70 R17
Rear 140/70 – 17 (tubeless) 150/60 R17
Wheel / RIM Alloy Alloy
Brakes
Front Disc brake 320 mm drilled hole disc
Rear Disc brake 230 mm drilled hole disc
Suspension
Front Telescopic Inverted cartridge type forks
Rear Spring Suspension 12 mm piston with adjustable preload spring
Colors Available
Colors Fire Red
Lime Green
Magna White
Black
Cobalt Blue
Lightning, Shadow, Laser


Physical Specs
Length 2060 mm --
Width 740 mm --
Height 1150 mm --
Weight 150 kg 158 kg
Seat Height 750 --
Wheelbase 1410 mm 1340 mm
Ground Clearance 170 mm --
Overview
About The Odysse Evoqis is a powerful electric scooter that boasts a 3000 watt motor and a Read More Ultraviolette F77 will be available in three colour variants: F77 Lightning, F77 Shadow and F77 Read More
Features - 4 Drive MOdes
- Keyless Entry
- Motor cut-off Switch
- Anti-theft lock
- Smart Battery
- Stylish Headlight
- Portable Fast Charger
- Home Charging Pod
- Sidestand sensor
- LTE connectivity with 3G, 2G Fallback and integrated eSIM
- Temperature, Voltage and Current Sensors
- Shock and Impact sensors
- Error reporting through Ultraviolette smartphone APP

Which one do you think is better? And why?
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