KOMAKI M5 vs SVM Prana Grand

Compare Specifications of M5 and Prana Grand

Selected Bikes

KOMAKI M5
KOMAKI M5

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SVM Prana Grand
SVM Prana Grand

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Model:

Brand:

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Brand:

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Technical Specifications
Fuel Electric Electric
Motor BLDC Waterproof Hub Motor BLDC Motor
Range 90-120 km/charge 126 Km Per Charge
Charging Time -- 4 hours 15 minutes
Engine Starting Electric Electric Start
Load Carrying Capacity -- 180 kg
Transmission -- Direct Drive System
Top Speed 60 kmph 123 kmph
Riding Modes 3 Speed modes Practise Mode
Drive Mode
Sports Mode
Reverse Mode
Battery 74V 32AH Li-ion 4.32 | 7.2 kW 72V Lithium-ion
Battery life : 2000 | 2000 rechargable cycles
Charger -- AC Charging
IEC 60320, BS 546 –15A plug
Controller -- Intelligent air-cooled BLDC controller with operating voltage range of 42-72 V DC. Can function at 50 degrees ambient temperature.
Display Digital Display --
Frame -- Steel Double Cradle Tube Frame
Headlamp LED Dual LED
Taillamp LED LED
Tyres
Front 170x30x12 Tubeless 110/70/R17 Radial Tubeless Tyre with Tyre Pressure 28-33 psi
Rear 170x30x12 Tubeless 140/60/R17 Radial Tubeless Tyre with Tyre Pressure 28-33 psi
Wheel / RIM Stylish aluminum alloy wheels Alloy
Brakes
Front Disc brake 275 mm Dual Disc
Rear Disc brake 240 mm Single Disc
Brake Lever Adjustable brake levers 3 Channel Hydraulic Brake System with Engine Cut-Off
Combined Rear and Front Disc with Auto-Regeneration
Suspension
Front Hydraulic Telescopic Suspension Telescopic Suspension
Rear -- Mono Shock Absorber
Colors Available
Colors -- Mystery Black
Passionate Red
Progressive Green
Perfect White


Physical Specs
Length -- 2060 mm
Width -- 755 mm
Height -- 1115 mm
Weight -- 165 kg
Wheelbase -- 1413 mm
Ground Clearance -- 145 mm
Overview
About -- Practise Mode : Maximum Speed of 45 kmph with smooth acceleration
Drive Mode : Maximum S Read More
Features - Multimedia Buttons (Bluetooth and MP3)
- Reverse Assist
- Anti-Theft System
- Rear Shock absorbers(Nitrox filled)
- Parking /Cruise control
- Dual disc brakes
- High Stability
- Direct Drive
- Zero Emissions
- Charge Anywhere
- Parking Assist
- Electronic Regenerative Braking
- Low centre of gravity for better balance
Additional Details -- At usual travel speed of city traffic. If traveled at top speed for most of the time, it will increase the energy consumption.
Recharge cycle based on the charging time and charger used.i.e Supercharger will reduce the cycles
@standard Indian voltage of 230v. Voltage variation could vary the charge time a little.

Which one do you think is better? And why?
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