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Comparison E-Motion Fatbike 48V 1000W vs E-Motion Fatbike GT 48V 16Ah 1000W

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E-Motion Fatbike 48V 1000W
E-Motion Fatbike GT 48V 16Ah 1000W
E-Motion Fatbike 48V 1000WE-Motion Fatbike GT 48V 16Ah 1000W
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Type
electric bike
fatbike
electric bike
fatbike
Operating modeelectric + hybridelectric + hybrid
Frame and suspension
Frame size19"19"
Recommended height172 – 180 cm172 – 180 cm
Frame materialaluminiumaluminium
Suspensionno suspension (rigid)no suspension (rigid)
Fork materialsteelsteel
Wheels and brakes
Wheel size26 "26 "
Tyre width4 "4 "
TyreVancomVancom
Rim materialaluminiumaluminium
Rimdouble walldouble wall
Front brakemechanical discmechanical disc
Front rotor160 mm
Rear brakemechanical discmechanical disc
Rear rotor160 mm
Handlebar and transmission
Speeds77
Chainrings11
Freewheel cogs77
Rear derailleurShimano Tourney TZ21Shimano Tourney TZ
Shifter typetriggertrigger
Shifter modelShimano TourneyShimano Tourney
Handlebar typestraightstraight
Engine and battery
Max range50 km60 km
Battery capacity16 Ah16 Ah
Battery capacity720 W*h
Motor power1000 W1000 W
Max speed45 km/h50 km/h
Driverearrear
Battery arrangementon frameon frame
General
Equipment
chain guard
kickstand
chain guard
kickstand
On-board computer
Weight30 kg26 kg
Color
Added to E-Catalogaugust 2023august 2023

Front rotor

Front rotor.

The front disc brake rotor is a perforated metal plate attached to the wheel hub. The reduction in speed of the bike occurs as a result of the compression of the brake disc by the pads, which are driven by cable tension (in mechanical type systems) or by means of a hydraulic circuit (in hydraulic disc brakes). The diameter of the front rotor can vary from 140mm to 220mm. The higher the number, the more efficient the brake is.

Rear rotor

Rear rotor.

An element of a disc brake system mounted on the hub of the rear wheel of a bicycle. It is to him that the pads are pressed when the brake lever is pressed. The use of a rotor ensures high braking efficiency. And it is higher, the larger the diameter of the rear rotor. Disc rotors are available in sizes 140, 160, 180, 185, 203 and 220 mm.

Rear derailleur

Model of the derailleur (derailer) installed on the rear wheel cassette as standard on the bike. For more information on why you need to know the model of a particular bicycle component, see paragraph "Cassette Model".

Max range

The maximum range of an e-bike (see "Application") is the maximum distance that it can be ridden using the electric motor on a single battery charge.

Usually, the characteristics indicate the range at the most economical way to use the battery: in the pedal assist mode (see "Operating modes") and at a relatively low speed. Accordingly, in fact, this parameter may turn out to be lower than the claimed one, especially if you drive in full electric mode. Nevertheless, in terms of power reserve, it is quite possible to evaluate and compare various models with each other.

Note that it makes sense to specifically look for a model with a power reserve of more than 50 km if long trips are planned without recharging along the way. For episodic rides, you can pay attention to cars with less battery life — they are simpler and cheaper.

Battery capacity

The capacity of the battery that the e-bike is equipped with (see "Application"), expressed in watt-hours.

The main modern unit of capacity is the ampere-hour, but this designation is not entirely reliable: the actual capacity of the battery is determined not only by ampere-hours, but also by the operating voltage. In fact, this means that two batteries with the same Ah and different voltages will have different actual capacities. In order to take this nuance into account, the designation in watt-hours was introduced: it is as reliable as possible, in terms of capacity in Wh, you can compare batteries with any nominal voltage. In this case, Wh can be converted to Ah and vice versa using a special formula if the battery voltage is known.

See "Battery Capacity" above for details on capacity in general.

Max speed

The maximum speed that the e-bike can reach (see "Application").

The specific meaning of this parameter depends on the supported modes of operation (see below). If the machine has a full-fledged electric traction mode, the maximum speed is given at the maximum speed of the electric motor. If only pedaling assistance is supported, then this paragraph indicates the speed that is guaranteed to be kept on it for an unlimited time without applying excessive effort; in some areas you can go faster, but for a long time it will not be possible to maintain this mode.

Most modern e-bikes have a top speed of up to 25 km/h, but there are also faster models.
E-Motion Fatbike 48V 1000W often compared
E-Motion Fatbike GT 48V 16Ah 1000W often compared