Juneng Mojito vs Trinity Uranus RS

Compare Specifications of Juneng Mojito and Trinity Uranus RS

Selected Bikes

Juneng Mojito
Juneng Mojito

Brand:

Model:

Trinity Uranus RS
Trinity Uranus RS

Brand:

Model:

Brand:

Model:

Brand:

Model:

Technical Specifications
Fuel Electric Electric
Motor 72V 3000W side drive motor Brushless hub motor
Range -- 100 km with 2 batteries
Engine Starting -- Electric
Maximum Power -- Engine Endurance: 6.0kW
Peak Power: 15 HP
Load Carrying Capacity 160Kg 187kg
Seating Capacity -- 2
Top Speed 85 kmph 100/110 kmph
Speed -- City Speed: 55KM/h
Standard Mode Speed: 80km/h
Sport Mode: 100km/h
Riding Modes -- Eco mode, Standard mode , Sport mode
Battery 2x72V40AH (removable) Lithium-ion batteries
72V/ 32Ah capacity.
Removable battery
Charger With CANBUS communication 84V18A (2.5 hours) Charging cycles (up to 80% remaining capacity) : 1000
Controller FOC 72V --
Display TFT screen Digital Display
Headlamp LED LED
Taillamp LED LED
Tyres
Front 120-70-120 Tubeless 12" (120/70-12)
Rear 120-70-120 Tubeless 12" (120/70-12)
Wheel / RIM -- Alloy
Brakes
Front CBS disc brake Hydraulic disc brake
Rear CBS disc brake Hydraulic disc brake
Suspension
Front Hydraulic spring front shock absorber --
Rear Hydraulic spring front shock absorber --
Colors Available
Colors -- Night Black
Pearl White


Physical Specs
Length 1960 mm --
Width 740 mm --
Height 1160 mm --
Weight 132 kg --
Wheelbase 1410 mm --
Overview
About The Juneng Mojito electric scooter delivers a capable performance for everyday use. With a stur Read More The price may vary depending up on the speed and color variant you choose.The given price is fo Read More
Features Juneng Mojito
LED headlamp

Juneng Mojito
LED tail light

Juneng Mojito
Under seat storage
- No noise, no losses, no maintenance, but maximum efficiency
Additional Details Package dimensions: 1890x575x1230(mm) Suspension : Hydraulic shock absorbers
Driving license class: A1, A2, A (B, BE if acquired before 04/01/1980), B with code number 196
Consumption per 100 km: 4.6kWh
Cost per 100 km (0.33 €/kWh): 1.50 euros

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

Comment :

972