Blog
How much battery do you need? Wh, voltage and range
How to turn battery numbers into a buying decision: why watt-hours (Wh) — not "36 V" or bare amp-hours — predict range, and how to size capacity to your route with a sensible buffer.
range
Articles, guides, and products tagged "range" — a combined view of every catalogue resource on this topic.
Blog
Choosing an e-scooter for heavier and taller riders
Mass and height are two separate fit problems. How to leave a payload buffer, read range claims honestly, and match the motor, tyres, brakes and stem height to your size.
Blog
Single vs dual motor: do you really need two?
Dual drive buys hill torque, low-traction grip and higher top speed — but costs weight, range and complexity. We break down when two motors genuinely help and when one strong motor is the right call.
Blog
Get more range per charge: the efficiency playbook
Advertised range is a best-case lab number. Here is where your charge actually goes — speed, weight, hills, tyres, cold — and the habits that add distance.
Blog
Advertised vs real-world: how to read an e-scooter spec sheet
Top speed, range, motor watts, IP rating — the box numbers are best-case marketing. Here is how to translate a spec sheet into what you'll actually get.
Blog
Riding through winter: what the cold does to range, battery and grip
Cold weather quietly cuts range, weakens brakes and turns the road slippery. Here's the chemistry behind it and the habits that keep winter riding safe.
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
Carrying cargo and payload on an electric scooter
How added weight affects stopping distance, centre of gravity, tyre pressure and range, how to choose a carrier and secure a load safely on an e-scooter.
User guide
Regenerative braking on e-scooters: how it works and how to tune it
How an electric scooter's regenerative brake works, why the real range gain is only 2–5 %, why it weakens at full charge and in cold, and how to tune it.
User guide
Riding an e-scooter in wind: physics, range and safety
How wind affects an e-scooter: why a headwind eats range, why crosswind is the real hazard, and how to plan your route and posture by the Beaufort scale.
User guide
Riding an electric scooter in winter: battery, range, traction, salt
How cold affects four scooter systems: Li-ion chemistry below 0 °C, range loss, grip on ice, and corrosion from road salt and condensation.
User guide
How to choose an electric scooter for your scenario
A scenario-driven guide to choosing an electric scooter — commute, last-mile, weekend, off-road, child, courier or rental — plus cold, climbs and the rules.
Electric scooter components
Electric scooter batteries: watt-hours, chemistries and real range
How to read the battery line in a spec: why watt-hours are the honest capacity metric, how NMC, NCA and LFP differ, and why real range is below the spec figure.