3.5.2 Performance:
The power-assisted speed of your e-bike is limited to 25 km/h. At this speed the motor's power supply is
automatically cut off.
The battery life per charge of your bike depends on several factors:
❖ Weight transported:
The expected performance of your bike is based on an average load of 75 kg.
❖ External temperature:
The expected performance of your bike is based on an external temperature of roughly 20°C.
Performance decreases below this temperature, but is only really discernible below 5°C.
❖ Battery wear:
Your battery is designed to deliver stable performance for 750 charge/discharge cycles (or an average
use of 3 years). The battery will still be operational after those 750 cycles but its performance and
therefore range per charge will decrease proportionally.
❖ But the battery life per charge mainly depends on how you use the bike:
The theoretical battery life per charge is based on almost continuous use of the motor over flat or
slightly undulating ground (10 to 20% slopes). If your travel is on flat ground and includes a number
of descents (even if slight), your battery life is increased. If you are ascending inclines of more than
5% (the motor “struggles" above a grade of 8%), your battery life will diminish proportionally.
3.5.3 Technical specifications of the power-assistance system:
Motor: Crankset - Néo Assist 250 watts
Battery: 36-V lithium ion cell – 480 Wh, 580 Wh, 630 Wh
Life cycle: 750 complete charge/discharge cycles under normal load conditions.
Battery life per charge: 70 to 80 km for a 480 Wh battery
80 to 100 km for a 580 Wh battery
100 to 110 km for a 630 Wh battery
(for a user weighing 75 kg at a speed of 18 km/h on a journey in Eco mode).
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