G6

Overview G5
FEATURES
Speed Mode
ECO, SPORT, POWER
Top Speed (Kmph)
35/45/55
ARAI Certified Range
70
True Range
80 KM
MOTOR
Motor Power (Peak/Rated)
1800/2700 WATTS
Motor Grade
IP67
Type
BLDC
Payload
150kg
BATTERY
Battery Technology
Lithium Ferro Phosphate (LFP)
BMS Type
The most advanced SMART BMS with
CAN communication includes a temperature
sensor and cell balancing.
Battery Grade
IP67
Battery Cell Type
Prismatic
Battery Capacity
2 KW
Life Cycle
Upto 1500 Cycles
Certified Type
AIS 156 Phase-Il Certified
CAN Enabled Smart Battery
CHARGER
Charger
Microcontroller Based
Smart Charger
Charging Current (Amps)
13
Charging Time 0-80% (Hrs)
3
Charging Time (Hrs)
4-5
BRAKES
Type
CBS Both Disk
Front Brake
220 mm Dual-Piston
Hydraulic Disc Brake
Rear Brake
220 mm Hydraulic Disc Brake
LIGHTS
Headlight
LED
Indicator Light
LED
Brake Light/Tail Light
LED
INSTRUMENT CLUSTER
Type
5 Inch LCD
Communication
RS485/CAN
State Of Charge (SOC)
YES
Distance To Empty (DTE)
YES
Time to Charge TTC)
YES
Functions
State of Charge, Battery Temperature,
Helmet Alert, Side Stand Alert, Speed Mode,
Time, Alert Message Etc.,
SCOOTER DIMENSIONS
LxWxH (MM)
1875 x 704 x1164
Ground Clearance (MM)
220
LOAD CAPACITY
Seating Capacity
2
Kerb Weight (In Kgs)
102
WARRANTY
Battery
3 Year
Charger
1 Year
Motor
3 Year
Controller
3 Year
SUSPENSION
Front
Telescopic
Rear
Coil spring
TYRE
Type
Tubeless
Front & Rear tyre
90/90-12

Warranty Terms

Scooter manufacturers determine the advertised mileage under ideal conditions, assuming a rider weight of 50 KG, on level roads with no incline. However, real-world mileage may differ due to factors such as rider weight, wind speed, riding habits, and road conditions

For lead acid batteries, the initial six months are covered for replacement with a new battery, while the subsequent six months are eligible for replacement with a service battery.

Lead acid batteries experience a gradual degradation of about 10% of their original capacity every three months, resulting in a corresponding decrease in mileage as the battery deteriorates over time.

Over a six-month period, lithium ferro phosphate batteries undergo a degradation process where their capacity decreases by approximately 10%, consequently affecting the mileage they can provide.