eBike Range Guide – How Far Will an Electric Bike Travel
Electric bikes have become widely popular for commuting from point A to point B. They help people reach certain distances, depending on the battery capacity of the e-bike. So, how far can an e-bike travel on a single charge?
As a general rule, electric bikes can reach as far as 20-100 miles (32-161 km) on a single charge. It is important to note that an e-bike’s range can be significantly affected by factors including speed, pedal assist level, riding style, and more.
In this article, we will discuss the approximate range of electric bikes, e-bike range calculators, and answer questions related to e-bike range.
What is the Range of an eBike?
Electric bike ranges differ from model to model. Still, most e-bikes typically have an average range of 20-100 miles (32-161 km) per charge. The range of an e-bike is usually determined by its battery capacity. So, the higher the capacity, the longer the range could be. However, the range can be significantly affected by factors such as the pedal assist level used, weather, speed, riding style, terrain type, and the overall weight that the e-bike carries.
The pedal-assist level you choose when riding an electric bike can significantly impact its range. Generally, using a higher level of pedal assist draws more power from the motor, which in turn requires greater energy from the battery, resulting in a reduced range. The same principle applies to higher speeds, carrying more weight, unfavorable weather conditions, rough terrains, and engaging in off-road riding styles.
Here is a selection of electric bikes, each offering various ranges:
| Electric Bikes | Cost | Battery Capacity | Range | Motor Power | Features |
| XP 3.0 Black Long-Range eBike | $1,199 | 672 Wh | 45-65 miles (72-105 km) per charge | 500W (55 Nm torque) | *with throttle *hydraulic brakes *integrated rack that can hold up to 150 lbs (68 kg) *suspension fork *foldable *adjustable and removable seatpost *lightweight frame *puncture-resistant tires *headlight and taillight |
| Ranger Step-Thru Electric Bike | $1,299 | 720 Wh | 30-45 miles (48-72 km) per charge | 750W (85 Nm torque) | *with throttle *removable battery *28 mph (45 kph) top speed *20”X4” fat tires *hydraulic brakes *rear rack and fenders *suspension fork |
| RIFT | $1,895 | 960 Wh | 45-60 miles (72-97 kmm) per charge | 750W (95 Nm torque) | *with throttle *28 mph (45 kph) top speed *26”x4” puncture-resistant fat tires *front and rear lights *rear rack with 150 lbs (68 kg) capacity *hydraulic brakes *front and rear fenders *removable battery |
| CrossCurrent X | $1,399 | 995 Wh | 80+ miles (129 km) per charge | 750W | *with throttle *28 mph (45 kph) top speed *cadence and torque sensors *suspension fork *headlight and taillight *horn *rear rack with 50 lbs (23 kg) *hydraulic brakes *front and rear fenders |
| Alpha S | $999 | 375 Wh | 15-40 miles (24-64 km) per charge | 350W (45 Nm torque) | *20 mph (32 kph) top speed *hydraulic brakes *mini bell *drive belt |
| Freedom 2 | $1,098 | -36V 8.8Ah-36V 10.4Ah-36V 14Ah | *8.8Ah- 35 miles (56 km) per charge *10.4Ah- 45 miles (72 km) per charge *14Ah- 60 miles (97 km) per charge | 550W (55 Nm torque) | *three battery options *25 mph (40 kph) top speed *lightweight (39 lbs/ 18 kg)*mechanical brakes *headlight and taillight *anti-theft detection alarm |
| Model C | $2399 | 60 miles (97km) per charge | 500W | *28 mph (45 kph) top speed *front and rear lights *hydraulic brakes *with throttle *stainless steel handlebar *puncture-resistant tires *suspension fork*rear rack *5-year warranty for battery and 10-year warranty for motor and frame *420 lbs (191 kg) weight capacity | |
| CITYPRO E-43 | $1,399 | 960Wh | 125+ miles (201+ km) per charge | 500W | *headlight and taillight *with throttle *rear rack with 55lbs (25kg) weight capacity *front and rear fenders *oil spring fork *hydraulic brakes *puncture-resistant tires *electric horn |
| Velotric Go 1 | $1,399 | 691.2 Wh | 55 miles (89 km) per charge | 500W | *25 mph (40 kph) top speed *440 lbs (200 kg) weight capacity *rear rack with 120 lbs (54 kg) capacity *hydraulic brakes *headlight and taillight *puncture-resistant tires *with throttle *bell |
| Sinch.2 Ebike | $1499 | 672 Wh | 55 miles (89 km) per charge | 500W | *with throttle *20 mph (32 kph) top speed *300 lbs (136 kg) weight capacity *mechanical disc brakes *20”X4” fat tires *lights with turn signal functionality *foldable *fenders *rear rack *front suspension |
What Electric Bike has the Longest Range?
As a whole, the electric bike we’ve found that has the longest range is the Optibike R22 Everest electric bike. This electric bike enables you to ride an approximate distance of up to 300 miles (483 kilometers) on a single charge.
The Optibike R22 Everest can reach a 300-mile (483-km) range because it is equipped with two batteries totaling a watt-hour capacity of 3,260. Someone can reach this range if the rider only has a maximum weight of 160 lbs (73 kg) and is riding at 15 mph (24 kph). So, depending on factors like the rider’s weight, speed, weather, and others, your range may be significantly affected. You can also choose to ride with just one battery if you want, but, of course, your range will be shorter.
The R22 Everest e-bike is not only perfect for longer rides but also well-suited for off-road adventures. This electric bike boasts a robust motor with a continuous power output of 1700 watts and a peak power of 2500 watts. Furthermore, the motor can generate up to 190Nm of torque, making it ideal for tackling challenging terrains with ease. With this impressive power and torque, you can confidently conquer hills without excessive effort.
The high-powered motor and torque also provide the advantage of faster acceleration, eliminating the need for strenuous pedaling when climbing hills. Additionally, this e-bike features a throttle, giving you complete control over your ride throughout your journey without requiring continuous pedaling. You just have to twist the throttle, and you’re ready to go!
Here are some other remarkable features of the Optibike R22 Everest e-bike that you’re sure to appreciate:
- The dual crown front suspension fork effectively absorbs vibrations when riding on challenging terrains or encountering bumps, ensuring increased comfort and stability.
- This electric bike utilizes an internally geared hub with a Rohloff 14-speed chain for smoother shifting, resulting in a longer-lasting chain.
- The R22 Everest e-bike allows you to reach a maximum speed of 36 mph (58 kph).
- The frame of the R22 Everest is constructed from durable carbon fiber.
- You can customize your electric bike according to your preferences, though additional charges may apply for added accessories.
While the Optibike R22 Everest is undeniably an outstanding electric bike, it’s essential to acknowledge that owning one comes with a relatively high cost. The base price starts at $18,900, which may increase if you add accessories to your R22 Everest electric bike.
Furthermore, it’s crucial to recognize that this electric bike is primarily designed for off-road use. Given its significant speed and motor power, you must be aware of and adhere to your area’s rules and regulations about riding e-bikes. Safety and compliance with local laws and regulations should always be a top priority.
If you want to watch a review video of the Optibike R22 Everest, check out this video:
How Far Will a 1000w eBike Go?
As a general rule, an electric bike with a 1000W power rating will typically cover a range of about 40-60 miles (64-97 km) on a single charge. It’s important to note that this range is approximate, as it can vary depending on factors that may affect it.
The range of an electric bike is primarily determined by its battery capacity—generally, a higher battery capacity results in a more extended range. However, several external factors can significantly influence this range, including the rider’s weight, terrain type, weather conditions, pedal-assist level, and others.
For instance, if your e-bike is equipped with a 1000W motor and you’re riding on hilly terrain or rough roads, the powerful motor can provide the necessary force to propel your e-bike and enable faster acceleration. However, because the motor consumes substantial power in such conditions, it also draws more energy from the battery. This increased power usage may lead to a shorter e-bike range.
How Do I Know My eBike Battery Range?
As a whole, you can determine your electric bike battery range by examining the e-bike’s specifications. Another method for estimating your e-bike’s battery range is using an e-bike range calculator, which can be readily found online.
Most of the time, you can find the range of an electric bike on the seller’s website under specifications. If it’s not listed there, you can always reach out to the seller and inquire about its range. Some e-bike companies provide approximations of an e-bike’s range in various situations. For example, companies specify an average range for each level of pedal assist used.
Another method for determining your e-bike’s range is by utilizing an e-bike range calculator, which can easily be found online. These calculators typically require specific information such as your battery’s capacity, voltage, rider’s weight, the type of terrain you plan to ride on, and other relevant details. There are various e-bike range calculators available, and they may yield slightly different results. Here are a few e-bike range calculators you can use:
- Bike.com e-bike range calculator
- Bikefair e-bike range calculator
- Bosch e-bike range calculator
- Bikefaff e-bike range calculator
Another effective way to determine your electric bike’s range is by taking it for a test ride yourself. This firsthand experience can give you a practical understanding of how long your electric bike will last in real-world conditions.
Many electric bike companies offer potential buyers the opportunity to test ride their bikes so that they can assess if the bike suits their preferences. However, it’s important to note that while some companies may provide this service, it may only be available in some states. Therefore, it’s advisable to reach out to the seller and inquire about the possibility of a test ride.
eBike Range Calculator
As a general rule, an electric bike range calculator is used so someone can calculate the electric bike’s range depending on particular situations. When calculating, you might need to provide information about the e-bike, the rider, and the environment.
Different e-bike range calculators require different information and may also provide different range estimates. For instance:
Bike.com’s e-bike range calculator needs the following information:
• Voltage of battery
• Amp-hours of battery
• How you use pedal assist
• Rider’s weight
• Terrain
Bikefair’s e-bike range calculator requires the following details:
• Motor type
• Battery capacity
• Speed
• Riding mode
• Surface of the terrain
• Terrain type
• Wind conditions
Bikefaff’s e-bike range calculator asks for the following data:
• Battery capacity
• Speed
• Rider’s weight
• Terrain type
• Wind speed
• Temperature
• Pedal assist level
Bosch’s e-bike range calculator requests the following information:
• Speed
• Riding mode
• Rider’s weight
• RPM
• Motor used
• Battery used
• Type of e-bike
• Tire tread
• Shifting system
• Terrain type
• Surface
• Wind conditions
• Season
• Stop frequency
The Bosch e-bike range calculator is best suited for electric bikes with the Bosch e-drive system.
“A long ride is the answer to your questions you will soon forget.”
– Anonymous
Long Range Electric Bike
As a whole, long-range electric bikes are usually equipped with larger and higher-capacity batteries. Some of them also have a dual-battery system, which enables you to ride your electric bike for an extended range.
The range of a long-range electric bike varies. Long-range e-bikes may have an average range of 50-100 miles on a single charge, making them perfect for longer rides, commutes, and adventures. There are also electric bikes that can reach distances of more than 100 miles; however, most of them are usually equipped with two batteries.
Here are some of the long-range electric bikes you can purchase:
| Electric Bikes | Cost | Range | Motor Power | Features |
| CITYPRO E-43 | $1,399 | (Single battery)125+ miles (201+ km) on PAS 1;70+ miles (113+ km) on PAS 7 | 500W | *7 levels of pedal assist *with throttle *Aluminum frame with polygon frame design *250 lbs (113 kg) weight capacity *headlight and taillight (with turn signals, danger light, flashing lights and brake light functions) *electric horn *fenders *26”X2.3” anti-slip tires *Hydraulic brakes *Oil spring front fork *7-speed *rear rack with 55 lbs (25 kg) weight capacity |
| Blix Packa Genie | $1,799 | (Dual battery) 80 miles (129 km) | 750W | *with throttle *6061 aluminum alloy frame *400lbs (181 kg) weight capacity *front and rear LED lights (with brake lights) *smart bell *fenders with rear wheel guard *24”X2.4” puncture-resistant tires with reflective strips *Hydraulic brakes *Steel fork *7-speed *Modular rack system with smart mounting points |
| XPedition Dual-Battery Cargo eBike | $1,699 | (Dual battery)150 miles (241 km) on PAS 1; 50 miles (80 km) on PAS 5 | 750W | *5 levels of pedal assist *with throttle *6000 series aluminum frame *450 lbs (204 km) total weight capacity *headlamp and rear light *fenders *20”X3” puncture-resistant tires *Hydraulic brakes *Dual-leg kickstand *Dual seatpost *Rear rack with 300 lbs (136 kg) weight capacity |
| Closeout HyperScrambler 2 | $2,499 | (Dual battery)100+ miles (161 km) | 1000W | *with throttle *Aluminum frame *275 lbs (125 kg) total weight capacity *LED headlight and taillight (with turn signals and brake lights) *Integrated horn *Mirrors *20”X4.25” puncture-resistant tires *Hydraulic brakes *Steel spring suspension *8-speed |
| Fuel Flluid-2 | $5,995 | (Dual battery)225 miles (362 km) | 750W | *with throttle *Aluminum alloy frame *Front and rear lights *Fenders *Hydraulic brakes *Front suspension *Gates carbon beltdrive *Rear Carrier with 55lbs (25kg) weight capacity *theft warning |
| R22 Everest | $18,900 | (Dual battery)300 miles (483 km) | 1700W | *5 power levels *with throttle *Full carbon fiber frame *Hydraulic brakes *Dual crown front suspension fork *Coil spring shock rear suspension |
Is eBike Good for Long Distance?
As a general rule, electric bikes are well-suited for long-distance commutes because they are equipped with motors that provide assistance when riding, allowing you to reach longer distances with less exhaustion.
Electric bikes are perfect for longer rides because they are powered by a battery and equipped with a motor that provides assistance while riding. When you imagine riding a regular bicycle, reaching a long-range requires continuous pedaling, which can strain your legs over a long distance. However, with electric bikes, you don’t have to worry about getting stressed out and exhausted just to travel a long distance.
Electric bikes offer different pedal assist levels or power modes that you can adjust depending on the level of assistance or power you need. Some electric bikes are also equipped with a throttle, allowing you to ride completely electric without pedaling—no hassle!
Please note that the distance traveled on your electric bike can be significantly affected by factors such as the total payload weight, riding style, terrain type, weather, and more. As a result, your electric bike’s range may sometimes differ on each ride. However, if you want a longer-range electric bike, you can choose an e-bike with a higher battery capacity. You can find the e-bike’s capacity information in the e-bike’s specifications. Additionally, you can charge your electric bike on the go if it has been drained while riding. For more insights on this topic, check out our article ‘Charging eBike on the Go (Car Battery, Inverter, Power Bank, Solar).’
Suppose you are interested to learn the difference between pedal-assist and throttle on an electric bike. In that case, you can check our article “What is the Difference Between Pedal Assist and Throttle?“
