Bumblebee Classic vs Trinity Uranus RS

Compare Specifications of Bumblebee Classic and Trinity Uranus RS

Selected Bikes

Bumblebee Classic
Bumblebee Classic

Brand:

Model:

Trinity Uranus RS
Trinity Uranus RS

Brand:

Model:

Brand:

Model:

Brand:

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Technical Specifications
Fuel Electric Electric
Motor 3000w Brushless Brushless hub motor
Range 30 Miles on Single Charge
Space for Second Battery: 60 Mile Driving Range
100 km with 2 batteries
Charging Time 4-6 Hours --
Engine Starting -- Electric
Maximum Power -- Engine Endurance: 6.0kW
Peak Power: 15 HP
Load Carrying Capacity -- 187kg
Seating Capacity -- 2
Top Speed 45 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 Lithium 72v 20AH
Waterproof Battery Connector
Lithium-ion batteries
72V/ 32Ah capacity.
Removable battery
Charger -- Charging cycles (up to 80% remaining capacity) : 1000
Battery Warranty 12 Month Guarantee Litium Battery --
Display -- Digital Display
Headlamp -- LED
Taillamp -- LED
Tyres
Front Kendra White Wall Tyres 12" (120/70-12)
Rear Kendra White Wall Tyres 12" (120/70-12)
Wheel / RIM -- Alloy
Brakes
Front Hydraulic Disc Hydraulic disc brake
Rear Hydraulic Disc Hydraulic disc brake
Suspension
Front -- --
Rear -- --
Colors Available
Colors Silver Night Black
Pearl White


Physical Specs
Length 1890 mm --
Width 720 mm --
Height 1090 mm --
Weight 100 kg --
Overview
About The Bumblebee Classic is an electric scooter with a top speed of 45 kmph. Its 3000w Brushless m Read More The price may vary depending up on the speed and color variant you choose.The given price is fo Read More
Features Waterproof Battery Connector - No noise, no losses, no maintenance, but maximum efficiency
Additional Details Max Riding Weight: 150 Kg
Adjustable Rear Shock Absorbers
Front and Rear: Luggage Racks
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?
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