Electric bike brands often market themselves as long range electric bikes, almost as if they’re powered by a perpetual motion machine. But how far can an ebike really go? We’ve found a real long range electric bike that delivers impressive results. Keep reading to learn more about the electric bike Tesway X7 Pro and what makes it stand out.
How to Calculate E-Bike Range
Battery Size (Watt-Hours)
To estimate range, you can start with a simple calculation: Battery capacity (Wh) / Average power consumption (W) = Estimated range (hours). This formula gives a general idea, but it’s only an estimate since various external factors can influence real-world range.
Typical Range Estimates Based on Watt-Hours
- 250Wh battery: Approximately 15–30 miles under average conditions.
- 400Wh battery: Approximately 25–45 miles.
- 500Wh battery: Approximately 30–60 miles.
- 700Wh battery: Approximately 45–75 miles or more with eco-mode usage.
Factors Affecting Ebike Range
- Battery Capacity and Motor Power
The battery capacity, typically measured in watt-hours (Wh), directly influences how far an ebike can travel on a single charge. Batteries with higher watt-hour ratings store more energy, allowing longer rides. For instance, a 500Wh battery generally offers more range than a 300Wh battery, assuming all other factors remain constant. However, motor power is another critical factor. Ebikes with high-powered motors (measured in watts) can consume more energy, which can limit the total range.
- Riding Style and Pedal Assistance Level
Electric bike range also depends on the level of pedal assistance you choose. Ebikes generally offer multiple levels of pedal assist:
Eco mode (low assistance) – Best for conserving battery and maximizing range.
Standard or tour mode (medium assistance) – Balances power and distance.
High or turbo mode (maximum assistance) – Reduces range but provides maximum power output.
Riders who frequently use turbo or high assist will notice a significant reduction in range compared to those who stick to lower assistance levels. Throttle-only riding also depletes battery life faster than using pedal assist, as it places the entire workload on the motor.
- Terrain and Gradient
Hilly and uneven terrains require more power from the motor, especially when riding uphill. Ebikes consume more energy on inclines, which shortens the battery life and reduces range. Similarly, rough surfaces that increase friction, like gravel or sandy paths, can also decrease range. Conversely, riding on flat, smooth surfaces with minimal resistance can help extend the distance you can cover on a single charge.
- Rider Weight and Cargo
The total weight on the ebike, including the rider and any cargo, plays a significant role in determining range. Heavier loads demand more power to move, causing the battery to drain faster. For riders who frequently carry gear, it’s essential to factor in how additional weight impacts distance.
- Tire Pressure and Type
Underinflated tires create more friction and reduce the range of an ebike. Properly inflated tires, on the other hand, reduce rolling resistance and improve efficiency. Additionally, the type of tire can affect range. Fat tires or knobby tires may be suitable for off-road conditions but may slightly reduce range compared to thinner, smoother road tires.
- Weather Conditions
Weather is another often-overlooked factor impacting ebike range. Cold temperatures can reduce battery performance and limit range due to the battery’s reduced ability to hold a charge. In contrast, riding in extremely hot weather can also stress the battery. Wind resistance also plays a role; riding against a strong headwind requires more power and can significantly reduce range.
Most Longest Range Electric Bike
A long-range electric bike like the Tesway X7 Pro, with its impressive 200 mile range, allows riders to travel farther on a single charge—perfect for long commutes, extended rides, or exploring new areas without worrying about the battery running out.
Battery and Motor
The Tesway X7 Pro is powered by a 52V 60Ah battery combined with a 1600W peak motor, delivering both strength and longevity. This high-capacity battery and powerful motor work together to provide smooth and efficient performance, even over long distances and varied terrains.
Range
One of the most remarkable aspects of the X7 Pro is its range: up to 200 miles on a single charge. This extended range minimizes the need for frequent recharging and enables riders to go farther than ever, making it ideal for long-distance trips, all-day excursions, or for anyone who wants the assurance of ample battery life.
Design
The X7 Pro’s design caters to versatility and durability. With full suspension and a cargo-friendly frame, this bike adapts easily to various uses, from daily commuting to carrying gear on adventures. The robust design provides a smooth, comfortable ride, even on rough terrain, enhancing stability and control.
Puncture-Resistant Tires and Smart Tech
Equipped with 20″x4.0″ fat tires, the X7 Pro offers excellent stability and grip, making it suitable for multiple surface types, including gravel, sand, and wet roads. Additionally, the bike includes an app that allows riders to control and customize their riding experience for optimal convenience and safety.
Conclusion
The Tesway X7 Pro is built for riders who want serious range and reliability. With up to 200 miles per charge, a powerful motor, and smart features, it’s ready for long commutes, adventures, and all-day rides without frequent recharging.
