← all tools

Most range per dollar.

E-bike range claims are wildly optimistic, so comparing on the headline number is a trap. This ranks every popular model by cost per mile of range, and shows the battery size next to it, because watt-hours, not the marketing range, is what really predicts how far you will get. Filter by type to compare like with like.

Prices and specs reviewed 11 July 2026. E-bike prices move on sales; check the live listing.

Search
Type
Max price
Currency

E-bike Type Motor Battery Range Top speed Price $/mile
How to read this. The metric is cost per mile of claimed range (price divided by the maker's range), lower is better, and the cheapest in your filter is highlighted. But treat the range figure with suspicion: it is measured at the lowest assist with a light rider, so real range is often 40 to 60% of the claim. The honest predictor is the battery in watt-hours shown alongside, roughly 1 to 1.5 real miles per 10Wh. Motor watts drive acceleration and hills. Compare within a type, since a light road e-bike is built for weight, not range, so it will look worse on $/mile but be nicer to ride. Prices are USD, converted live.

Common questions

How much range does an e-bike really have?

Usually 40-60% of the claim, which is measured at the lowest assist with a light rider. The honest predictor is battery watt-hours: about 1-1.5 real miles per 10Wh, so a 700Wh battery does roughly 45-70 real miles.

What is a good price?

The sweet spot is $1,000-2,000. Below ~$800 corners get cut; above $2,000 you pay for refinement and mid-drive motors. Budget long-range models give the most miles per dollar.

What do the motor watts mean?

250W suits flat commutes (and is the EU limit); 500-750W handles hills and cargo; 1000W+ is moped territory. Torque and mid-drive vs hub matter too.

What are the classes?

US: Class 1 pedal-assist to 20mph, Class 2 adds throttle to 20mph, Class 3 assists to 28mph. Faster moped-style bikes may not be road-legal as bicycles.