Blog
Watts, torque and hills: how to read e-scooter power
The wattage on the box won't tell you whether a scooter will climb your hill. Here's what torque, nominal vs peak power and gradeability really mean for riding.
power
Articles, guides, and products tagged "power" — a combined view of every catalogue resource on this topic.
User guide
Hyperscooters: the high-power, high-speed segment explained
What a hyperscooter is, the physics of speed, the hardware that defines the class, stability, the legal reality, moto-grade gear, and who it is and isn't for.
User guide
E-scooter aerodynamics: drag, CdA, and yaw
Why a standing rider posture is the worst CdA configuration of any personal vehicle, and why drag power dominates rolling resistance from ~19 km/h.
User guide
Real-world e-scooter range: a physics-based energy-budget model
A physics model that estimates real-world range from speed, load, temperature, wind, terrain and tyre pressure, and explains why nameplate range is overstated.
User guide
E-scooter motor and controller: BLDC physics, FOC, power electronics
An engineering look at the e-scooter powertrain: BLDC electromagnetics, KV constant, losses and efficiency, thermal limits, FOC, MOSFET inverter and standards.