Deltic DRIXX vs inGO Flee Heavy Duty

Compare Specifications of DRIXX and Flee Heavy Duty

Selected Bikes

Deltic DRIXX
Deltic DRIXX

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inGO Flee Heavy Duty
inGO Flee Heavy Duty

Brand:

Model:

Brand:

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Brand:

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Technical Specifications
Fuel Electric Electric
Motor 250 Watt, BLDC Motor (Waterproof) 250W BLDC Hub Motor
Range >70 Km 50Km/charge
Charging Time 6-8 Hours 4 Hours
Engine Starting Self Start --
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 25 kmph
Battery 60V /(24 AH/26AH/27AH) - VRLA Battery 48V, 21Ah Battery
Charger 60V/4A Micro Charger With Auto Cut 54.6V / 6A
Display Digital Digital
Frame M.S Heavy Duty Chassis (Tubular) High strength Steel
Headlamp LED --
Taillamp LED with Rear Winkers --
Tyres
Front 3.00 -10.00 Tubeless 10"x3.00"
Rear 3.00 -10.00 Tubeless 10"x3.00"
Wheel / RIM Stylish Aluminium Alloy Wheel Alloy
Brakes
Front Disc Brake --
Rear Drum Brake --
Suspension
Front Hydraulic (Telescopic) 43mm Telescopic
Rear Hydraulic Spring (Monoshock) Heavy Duty Shocks
Colors Available
Colors Blue
Red
Black
Orange / Blue
Red / Gray
Yellow / Gray


Physical Specs
Length 1850 mm 1670 mm
Width 700 mm 685 mm
Height 1100 mm 1200 mm
Weight -- 55 kg
Kerb Weight 57 --
Ground Clearance 190 mm 149 mm
Overview
About -- The inGO Flee Heavy Duty electric scooter is a practical pick for those needing efficient trans Read More
Features - Registration And License Not Required
- Digital Speedometer
- Central Locking With Anti-Theft Alarm
- Keyless Entry
- Find My Scooter Function
- Mobile Charging USB Port
- Motor ( Reverse motion)
- 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

Which one do you think is better? And why?
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