E-Bike Collections

Overview

Velo Index publishes 35 specification-based e-bike collections across the European Union, United Kingdom, United States, Canada, Australia and New Zealand. Each collection is generated from manufacturer-listed specifications and sorted by a single objective key such as price, weight or claimed range. There are no editorial rankings, no “best” lists and no paid placement.

Markets
EU · UK · US · CA · AU · NZ
Collections
35
Updated
October 2026

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European Union

10 collections
Pinned collection

EU Belt-Drive E-Bikes Under €2,000

Belt-drive e-bikes under €2,000, suited to low-maintenance city riding.

26 models·Under €2,000·Belt Drive

United Kingdom

8 collections

United States

10 collections

Canada

3 collections

Australia

3 collections

New Zealand

1 collection

People also ask

Common spec questions, answered from manufacturer data and market regulations.

What is the difference between Class 2 and Class 3 e-bikes in the US?
Class 2 caps both pedal assist and throttle at 20 mph. Class 3 raises pedal assist to 28 mph but usually limits the throttle to 20 mph or removes it. Class 3 suits road and bike-lane commutes, while Class 2 is often more practical where multi-use path access is restricted. The class system is a US convention; the other markets Velo Index covers set limits on motor power and assisted speed instead.
How much battery range do I need for daily commuting?
Plan for roughly 11 to 14 watt-hours per kilometre (18 to 22 per mile) at higher speeds. A 20 km (12 mile) round trip needs about 220 to 265 Wh, so a 500 Wh pack leaves comfortable headroom. For 32 km (20 mile) days, a 650 to 720 Wh battery is more practical.
How realistic are manufacturer range claims?
Claimed figures are measured at the lowest assist level under ideal conditions. Real-world range is typically 40 to 70 percent of the maximum, so an 80 mile (130 km) claim often delivers 35 to 55 miles (55 to 90 km). Comparing watt-hours per claimed mile is more reliable than the headline number.
Is a mid-drive motor worth it over a hub motor?
For flat commutes under 15 km (10 miles) a hub motor performs similarly for less money. On hills, mixed terrain or daily distances beyond 25 km (15 miles), a mid-drive’s gearing delivers stronger climbing and more range per charge. The trade-offs are faster drivetrain wear and slightly higher weight.
Does a torque sensor improve battery range?
Generally yes. The motor outputs power in proportion to rider effort instead of a fixed level, so it draws less on steady, flat sections; the size of the gain depends on how the bike is ridden. Battery capacity in watt-hours still remains the primary range spec to compare.
How long does a belt drive last compared to a chain?
Carbon-reinforced belts typically last 15,000 to 30,000 km versus 3,000 to 5,000 km for a chain. Belts do not stretch and need no lubrication, so total drivetrain cost over the bike’s life is usually lower despite a higher unit price.

Want results matched to your exact route?

Scenario Guides run the E-Bike Finder against a fixed budget, terrain and distance, and show the closest specification matches from the full dataset.

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