Electric bike range is the distance a bike can travel with motor assistance on one charge. For your own route, battery energy in watt-hours is only the starting point: assistance level, speed, climbing, rider and cargo load, weather, tires, and battery condition all affect the result. Compare range figures only when the riding mode and test conditions match, then plan for your full round trip with a reserve.
A bike that comfortably covers your weekday route is more useful than one with an impressive maximum you cannot reproduce. This guide shows how to read battery specifications, compare two Allfunride examples, and build a range checklist before you buy.
Start with battery energy, not motor watts
Motor power and battery capacity describe different things. Motor watts describe power; battery watt-hours describe stored energy. A larger motor rating alone cannot tell you how far a bike will travel.
When a battery specification gives nominal voltage and amp-hours, you can calculate its approximate nominal energy:
Nominal battery energy in Wh = nominal volts × amp-hours
For example, a 52 V, 25 Ah battery works out to approximately 1,300 Wh. A 60 V, 25 Ah battery works out to approximately 1,500 Wh. Both are 25 Ah, but they do not store the same nominal energy. This is why comparing amp-hours alone can mislead you.
The energy available during a ride can differ from the nominal figure. The battery's management system, condition, temperature, and operating limits matter. Wh helps you compare capacity; it does not turn a specification into a promised distance.
For the underlying units, Trek's electric bike guide also explains the relationship between voltage, amp-hours, and watt-hours.
Compare two Allfunride battery examples
The battery specifications on the Allfunride pages below give a useful example of how to compare capacity. These are calculations from the listed voltage and amp-hours, not Allfunride road-test results.
| Model | Battery specification | Calculated nominal energy | What it tells you |
|---|---|---|---|
| ORLMS MX500 | 52 V × 25 Ah | Approximately 1,300 Wh | A capacity reference for comparing this configuration. |
| ORLMS V3 | 60 V × 25 Ah | Approximately 1,500 Wh | 200 Wh more nominal energy; the mileage difference needs comparable testing. |
The V3's higher nominal energy does not establish how much farther it will go than the MX500. They are different bikes, and a fair mileage comparison would also need the same rider, route, speed, assistance, tires, and weather.
Use this table to improve your questions: Which exact configuration am I buying? How was its range measured? Does that mode resemble the way I intend to ride? Confirm those answers before choosing between the models.
Check the conditions behind the mileage
Before comparing two range figures, ask what each number describes. A pedal-assist test with substantial rider effort cannot be treated as the equivalent of a throttle-only ride. A result from a flat route may say little about a repeated climb with luggage.
| Variable | What to ask | How to use the answer |
|---|---|---|
| Riding mode | Pedal assist or throttle? Which assistance setting and motor mode? | Compare it with the mode you will actually use. |
| Speed and route | What average speed, elevation, surface, and stopping pattern were used? | Look for conditions resembling your regular trip. |
| Load | What rider weight and luggage were included? | Include your usual equipment rather than rider weight alone. |
| Weather and tires | What temperature, wind, tire type, and pressure applied? | Allow for the conditions you encounter, following the tire and bike limits. |
| Battery and method | Was the battery new? What start and end charge levels defined the test? | Distinguish a measured test from an unexplained maximum. |
Bosch's eBike advice identifies the rider, support mode, drive system, battery, temperature, wind, and riding surface as range factors. The principles are useful here, but Bosch-system range estimates are not measurements of the ORLMS models above.
Expect assistance and route choices to change consumption
Higher assistance reduces the effort you provide and generally uses more battery energy. Sustained climbing and carrying more weight also change the work the motor must do. Trek's commuting guidance discusses these trade-offs and using lower assistance where the route allows.
For a dual-motor bike, ask which motor setting was used in the range test. Two motors are not evidence of twice the distance, and switching to one motor is not evidence of a fixed percentage saving.
Do not apply a universal mileage reduction to every bike or route. If the test conditions are missing, treat the number as incomplete information and request clarification.
Plan for your actual round trip
Write down the distance between reliable charging opportunities. Include the return journey, normal errands, and any regular detour. Charging at work only belongs in the plan if access and permission are dependable.
Illustrative route: 9 miles to work + 9 miles home + 4 miles of regular errands = 22 miles, or about 35 km, before allowing for extra detours and changing conditions. This is a route-planning example, not a range claim for any model.
The reserve depends on your circumstances. A remote route without a backup ride deserves a different plan from a short city loop with several ways home. The figures on a product page should not be the only reason you believe the return trip will work.
Once you own the bike, start with shorter rides near home and follow the manual. Record distance, assistance, load, weather, and charge readings across several similar trips. Treat display percentages and remaining-range estimates as guides: a partial ride does not prove how far you could travel to an empty battery. You do not need to run the battery flat to learn your routine.
If storage, fit, and charging access are still undecided, work through our commuter e-bike buying guide before building a shortlist.
Use a practical buying checklist
Bring these details to a model comparison or a conversation with Allfunride:
- Your trip: full round-trip distance and the longest section without dependable charging.
- Your route: climbs, rough surfaces, regular stops, and exposed windy sections.
- Your load: rider plus the bags and equipment you normally carry.
- Your riding style: expected pedaling effort, assistance preference, and intended motor mode.
- Your battery comparison: nominal Wh for the exact configuration, plus the conditions behind any range figure.
- Your ownership needs: space, lifting, charging access, and the model-specific manual.
For charging, use the supplied or manufacturer-approved charger and follow the model's instructions, including its temperature limits. This guide does not establish a charging time or a battery-upgrade recommendation for either example.
Compare suitable models in the electric bike collection. You can also explore the Long Range collection, which includes different vehicle categories; choose a category suitable for your route and permitted use before comparing battery numbers.
Before ordering, confirm the exact variant, destination eligibility, current availability, and shipping information. Warehouse and delivery details depend on the product and destination.
Common range questions
How far can an electric bike go on one charge?
There is no single distance that applies to every electric bike. Battery capacity and consumption both matter. A useful answer needs the model, riding mode, rider load, route, weather, and test method. Without those details, a maximum figure cannot establish your commuting range.
Does a higher-voltage battery always mean more range?
No. Compare nominal Wh by considering voltage and amp-hours together, then consider the complete bike and how you ride. Higher voltage alone does not establish a longer trip, and it does not make a different battery compatible with your bike.
Can I use pedal-assist range to plan a throttle-only trip?
Not as a like-for-like estimate. Pedal-assist results involve rider input, and the assistance setting matters. Ask for evidence for the mode you intend to use instead of transferring a pedal-assist maximum to throttle-only riding.
Which Allfunride model has the best range for me?
Start with your route and charging opportunities. Then compare configurations using consistent evidence. Battery capacity helps narrow the options, but fit, handling, storage, permitted use, and support still affect whether a bike works for you.
Get help matching range to your route
Contact Allfunride with your destination country, candidate models, round-trip distance, hills, rider and luggage weight, and whether you expect to pedal. Those details make it easier to identify what needs confirming before purchase.
If you are still choosing a vehicle category, read E-Bike, Electric Skateboard or Dirt Bike: Which Fits You?
Sources and calculation notes
- Allfunride ORLMS MX500 product page and Allfunride ORLMS V3 product page: battery voltage and amp-hours, checked October 20, 2026. No product mileage figures are reproduced here.
- Trek electric bike guide: battery units and general range considerations.
- Bosch eBike advice: general range factors, not ORLMS product testing.
- Trek electric bike commuting guidance: load and assistance trade-offs.
Calculations by Allfunride Team: 52 × 25 = 1,300 Wh; 60 × 25 = 1,500 Wh; 1,500 − 1,300 = 200 Wh. These describe nominal energy and do not establish usable capacity or measured range. The route example is hypothetical.