KOMAKI M5 vs Ultraviolette F77

Compare Specifications of M5 and F77

Selected Bikes

KOMAKI M5
KOMAKI M5

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Ultraviolette F77
Ultraviolette F77

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Model:

Brand:

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Technical Specifications
Fuel Electric Electric
Motor BLDC Waterproof Hub Motor --
Range Max: 100 km Per charge
Min: 85 km Per charge
307 Km
Charging Time -- 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 -- 38.8 HP
Maximum Torque -- 95 Nm
Transmission -- 46T/14T 520 X-Ring chain drive
Top Speed 60 kmph 147 kmph
Riding Modes 3 Speed modes --
Battery 74V 32AH Li-ion 10.3 kWh
Display LED Colour 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 170x30x12 Tubeless 110/70 R17
Rear 170x30x12 Tubeless 150/60 R17
Wheel / RIM Stylish aluminum alloy wheels Alloy
Brakes
Front Disc brake 320 mm drilled hole disc
Rear Disc brake 230 mm drilled hole disc
Brake Lever Adjustable brake levers --
Suspension
Front Hydraulic Telescopic Suspension Inverted cartridge type forks
Rear -- 12 mm piston with adjustable preload spring
Colors Available
Colors Metallic Gold/Aura Red/Matte Black
Metallic Silver/Aura Red/Matte Black
Lightning, Shadow, Laser


Physical Specs
Length -- --
Weight -- 158 kg
Wheelbase -- 1340 mm
Overview
About -- Ultraviolette F77 will be available in three colour variants: F77 Lightning, F77 Shadow and F77 Read More
Features - Multimedia Buttons (Bluetooth and MP3)
- Reverse Assist
- Anti-Theft System
- Rear Shock absorbers(Nitrox filled)
- Parking /Cruise control
- High Grip Dual Performance Tires
- Detachable Lion Battery
- Front Storage Space
- Self Diagnosis Instrument
- LED Rear Winkers
- License Plate Lamp
- 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
Additional Details Consumption: 1.7 units Per Charge --

Which one do you think is better? And why?
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