How far can an electric scooter really go?
Advertised range is a laboratory figure. Here is the arithmetic that predicts your actual distance, and the five things that quietly halve it.
Longer reads
Guides that show their working
The background a calculator readout cannot carry: why range claims are what they are, how to charge a pack so it survives, which cells to build with, and what actually decides EV charging speed. Every figure here is one you can re-run in a tool.
The charging rules that actually extend battery life
Most of what shortens a lithium pack is avoidable and free. Nine evidence-based habits, ranked by how much difference they make.
18650 vs 21700: choosing cells for a scooter pack
Two cylindrical formats dominate light EV packs. The difference is not just size — it changes current capability, weight, cost and how you build.
EV charging levels explained: L1, L2 and DC fast
Three tiers, two current types, and one number that decides your home charging speed — the onboard charger you probably have not checked.
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Fourteen calculators, no account, instant answers.
Range, charge time, watt-hours, pack layout, wire gauge, running cost and emissions.