As one of the very few e-bike brands, we employ our own drive system in our e-bikes. Developed by around 100 engineers for almost 5 years, this system is characterized by numerous innovative features, which we will briefly introduce to you here.
Experience the HEPHA advantage with our P101 motor, offering unmatched power-to-weight ratio and efficiency. Enjoy longer rides with superior performance on any terrain.
At its core lies the Hepha P101C motor, offering ample reserves with a maximum torque of up to 100 Nm. Equipped with 4 sensors and rapid motor control, it reacts sensitively in every situation, making it extremely intuitive to handle. Moreover, its subtle noise development seamlessly integrates it into the e-bike experience.
Thanks to its clever construction and magnesium housing, engineers have managed to reduce its weight to just 2.8 kg. This currently marks one of the highest power densities in the market (35.71 Nm per kg). Despite its performance, the P101 remains extremely compact and, thanks to its innovative thermal system, exceptionally efficient.
With capacities of 708Wh and 804Wh respectively, the HEPHA lithium-ion batteries provide ample range and energy reserves for every situation. Despite their high capacity, they are remarkably compact and comparatively lightweight, placing them at the forefront of energy density in the market.
To get you back on the move quickly, we provide a standard rapid charger with every HEPHA. With its 6A output, it charges the 708Wh battery to half capacity in just 1.6 hours and fully in 4 hours. The HEPHA Charger is dust and waterproof, making it suitable for any journey. This visually appealing charger can also be installed as a wall box.
Unlock the full potential of your HEPHA E-Bike with our free app. Record your rides, configure your E-Bike, and get assistance for your queries. Curious?
Our two new displays feature IPS technology and therefore deliver razor-sharp images from every angle.Depending on the version, you get a 1.96 inch or 3.5 inch display, controlled via the associated remote.
