Our mission

Anyone who has ever tried to ride up a steep hill knows how quickly the dynamics of cycling change. Suddenly, pedaling becomes harder, speed drops, and gravity starts pulling you back. This is where physics takes control, determining how much effort is needed to reach the top and how effectively the climb can be tackled.

Power is one of the most frequently discussed topics when choosing an electric bike (we know this from experience). Is 250W too little? Does a higher wattage always mean a better ride? Or is there more to it than just the numbers?

Covering long distances or tackling steep inclines can be challenging, especially in tough weather conditions or on uneven terrain. That’s why electric bikes are equipped with pedal-assist systems, which reduce the strain on the rider while still keeping them actively engaged. The result? Greater range and a smoother ride without excessive muscle fatigue.

Imagine two electric bikes that look almost identical. They have the same frames, similar batteries, and identical components. Yet, one accelerates instantly, smoothly climbing hills, while the other reaches higher top speeds and operates with minimal maintenance for years. What makes the difference? The answer lies in the motor.

The weight of an electric bike is often an underestimated factor, yet it significantly affects everyday use. Choosing between a lightweight, mobile model and a heavier, more stable design can influence range, ease of use, and component durability. Every kilogram matters—whether on smooth city streets or challenging terrains.

Torque and power are the two critical forces driving an electric bike. Their interaction determines how smoothly your e-bike starts, how effectively it climbs inclines, and how well it maintains speed over long distances. While often overlooked during the selection process, these factors are fundamental in shaping an e-bike’s character and capabilities.