AJ EV Saber Tiger vs NIU NQi GT Pro

Compare Specifications of AJ EV Saber Tiger and NIU NQi GT Pro

Selected Bikes

AJ EV Saber Tiger
AJ EV Saber Tiger

Brand:

Model:

NIU NQi GT Pro
NIU NQi GT Pro

Brand:

Model:

Brand:

Model:

Brand:

Model:

Technical Specifications
Fuel Electric Electric
Motor Brushless DC motor
2000W
Tailored motor by Bosch GmbH
Range Single Battery- 75 km. / 2 sets of battery >150 km. 130-140 km
Charging Time 2-3 hrs single/dual : 4/7 h
100+km of range with a 3.5 hour flash charge.
Maximum Power -- Continuous Power : 3500 W
Top Speed 80 kmph 70 kmph
Battery Lithium Battery 60V
28Ah
Supports two batteries
Panasonic 18650 Lithium-ion Battery Cells
35 Ah*2
11 Kg*2
60 V
Charger -- FOC Max Current : 70 A
Standard Charging Current : 5A*2
Display Digital LCD Dashboard
Headlamp LED LED Halo Headlamp
Taillamp LED LED
Tyres
Front 120/70-12 90/90-12
Rear 90/90-12 120/70-12
Wheel / RIM Alloy Alloy
Brakes
Front Disc 220 mm Three-Piston Hydraulic Disc Brake (CBS)
Rear Disc 180 mm Hydraulic Disc Brake (CBS)
Suspension
Front -- Oil Damping Direct Acting Shock Absorber
Rear -- Oil Damping Direct Acting Shock Absorber
Colors Available
Colors -- --


Physical Specs
Length 1875 mm 1800 mm
Width 765 mm 740 mm
Height 1195 mm 1185 mm
Weight 150 kg --
Kerb Weight 103 --
Seat Height -- 790
Ground Clearance -- 160 mm
Overview
About The AJ EV Saber Tiger is an electric scooter that comes with a powerful brushless DC motor of 2 Read More --
Features - Connect with Bluetooth
- Shock absorbers both front and rear
- Up to 150 km with two sets of batteries
- CBS system
- LED Turning Light
- LED Braking Light
- Central Control Unit
- USB Charging Port
- Extensive Waterproofing
- CBS braking system
- Auto-Off Indicators
- Vehicle Locator
- EBS Energy Recovery System
- 3-AXIS Movement Detection Alarm
- GPS + GLONASS + BEIDOU Three-mode positioning system
- Retractable Footrests
- User-friendy Controls

3 Distinct Driving Modes
SPORT : Maximum speed and performance
DYNAMIC : Perfect for everyday use
E-SAVE : Longer range, greater efficiency
Additional Details -- Motor Control Solution : FOC Vector Control

Which one do you think is better? And why?
Name :

Comment :

5388