Buyers often focus on the easiest numbers to compare: maximum range and the highest motor torque. In practice, the complete bike, its power delivery, handling and suitability for your riding often matter more. Many modern e-bikes offer recreational riders more power and range than they regularly use. Unless you plan long mountain routes or rides over 100 km, comfort, suspension, brakes and balanced equipment may make a bigger difference.
Where will you ride most often?
The answer usually points to the right type of e-bike.
Forests and hills
rougher ground, wider tyres, control and stronger brakes
Electric mountain bikes →Choosing between two options
These are the decisions we discuss most often. None can be settled by a single specification.
Hardtail or full suspension?
A hardtail is simpler and more affordable, often providing everything needed for cycle paths, forest tracks and everyday outings.
A full-suspension e-bike adds noticeable comfort on rough ground. Suspension can be especially valuable on a heavier e-bike, where bumps transmit greater impacts and vibration.
Browse full-suspension e-bikes →720–750 Wh or 800–1,000 Wh?
720–750 Wh is a practical capacity for most ordinary outings, cycle paths and hillier routes.
800–1,000 Wh is particularly useful for long rides, frequent climbs or higher assistance. Extra capacity is a reserve. If you won’t use it, better suspension, brakes or overall equipment may benefit every ride more.
Carbon or aluminium?
Carbon has advantages, but needn’t be the deciding factor on an e-bike.
The motor and battery account for much of the weight, so frame material has less influence on the total than on a conventional bike. Geometry and the quality of the complete build matter greatly.
Motor and battery: look beyond the headline figures
The motor shapes the ride; the battery provides your reserve. Neither should be judged by one number alone.
Torque isn’t the whole story
Higher torque is most useful when starting, climbing steeply, riding off-road or carrying a heavier rider with strong assistance. An abrupt response may impress on a short test but become tiring on longer stop-start rides. A powerful motor needn’t be abrupt, though: smooth delivery and well-spaced assistance modes can combine power with comfort.
Choose capacity for your rides
A big battery is reassuring, but costs more. If its extra capacity goes unused, a suitable battery paired with a better fork, brakes or gears may improve everyday riding more.
Motor tuning
Motors with similar specifications can feel very different. Software, assistance response and sensitivity, noise, consumption and the way support follows your pedalling all affect the result.
Mid-drive or rear hub motor?
Mid-drive motor
A strong choice for hills, outings, sportier riding and trails. It offers natural assistance, balanced weight distribution and good efficiency. Quality mid-drives use torque sensing to respond to your pedalling effort.
Rear hub motor
More common on city and lower-priced e-bikes, it can be sufficient for relaxed riding on flat ground. Compared with a mid-drive, it often feels less natural, performs less effectively on climbs and distributes weight less evenly.
How much battery capacity do you need?
Match capacity to the distances you actually ride and the reserve you want. The largest figure isn’t automatically the best choice.
up to 600 Wh
town, local trips and ordinary outings
720–750 Wh
a common all-round choice
800–820 Wh
a larger reserve
over 900 Wh
long routes and mountains
A note on range: an “up to” figure is an indicative maximum. In our experience, average real-world range is roughly 75% of the quoted figure. Hills, rough terrain, cold weather or stronger assistance can reduce it substantially.
What e-bike buyers often overlook
Brakes, suspension, tyres, frame size and overall equipment all make a substantial difference to comfort and ride feel.
Brakes
Good hydraulic brakes matter on an e-bike. The extra weight places greater demands on stopping power and controlled braking.
Suspension
A better fork improves comfort on every ride. Its contribution can be particularly noticeable on a heavier e-bike.
Tyres
Wider tyres add stability, comfort and confidence away from tarmac. Their contribution is often underestimated.
Frame size
The right size is fundamental. Easy handling matters especially on a heavier e-bike.
Battery position
An in-frame battery usually supports balanced weight distribution. Rack-mounted batteries are more common on city models and can affect stability.
The complete build
Brakes, fork, tyres and geometry help determine how the bike rides alongside its motor and battery.
What needn’t come first
The highest torque figure
Torque matters, but doesn’t describe the motor’s whole character.
The largest battery
Extra capacity is a reserve. If you won’t use it, it needn’t dominate the decision.
Carbon at any cost
Motor, battery, brakes, fork and overall equipment can matter more on an e-bike.
Use the product comparison tool
For selected e-bikes, the Compare function helps you choose between a shortlist, putting the motor, battery, brakes, fork and other equipment side by side.
How do we deliver e-bikes?
We deliver throughout the Czech Republic and Slovakia. Depending on location and model, options include handover by a technician, shop collection or carefully handled pallet transport.
Personal handover
in the shop · technician delivery to your home
Courier delivery
carefully handled pallet transport
Ready to ride
adjusted in our workshop
Speed, charging and battery life
The motor assists up to 25 km/h. You can ride faster under your own power, without assistance. Charging time depends on capacity, charger output and remaining charge, typically around 2–8 hours. Manufacturers often quote roughly 500–1,000 charge cycles, but actual battery life depends on use, storage and care.
A simple rule for choosing
The best e-bike suits your usual routes, distances and expectations for comfort. The biggest battery, highest torque or carbon frame alone won’t guarantee the right choice.
Where to go next
Browse by the riding you’ll do most often.