A good torque figure depends on how you ride, but for most people, 60–80Nm is great for general use. 85Nm+ is ideal for hills and off-road riding. If you regularly ride steep terrain or carry weight, aim for 85–100Nm or more. You will notice that full-suspension bikes typically have high torque, which is really helpful when the bike has fat tires or a heavy rider.
High Torque E-Bikes Explained: What to Buy in 2026
Written by: Robbie Ferri | April 26, 2026 | Time to read 6 min
You’ve probably ridden an e-Bike that felt… underwhelming. On paper, it had the same 250W motor as everything else, but on a hill, it just didn’t deliver. That’s because power isn’t the full story. Torque is.
More about the Author: Robbie Ferri
Robbie is a UK-based ultra cyclist, former bike shop worker, and qualified bike fitter. Deeply passionate about e-Bikes and adventure cycling, he combines hands-on experience with real-world riding to help others go further on two wheels.
When buying an electric bike, so many people focus on Watts, when actually it’s not a great measure of how much grunt an e-Bike has. If you are looking for raw power to drag you up a hill and create acceleration, then you should be looking for torque instead.
This article will tell you everything you need to know, from what torque is and how it is measured to the best motors with the most torque and power. Oh, we will also recommend some great bikes to not just beat your friends on the trail but embarrass them.
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What Is Torque?
You've probably come across torque when people talk about cars. Understanding torque can be challenging, but when you get it, finding powerful bikes is much easier than you might think, and how little you will start looking at wattage figures.
Torque is quite simply a rotational force. It’s how hard the motor can turn the crank when it feels you are pedaling. It’s measured in Newton-meters (Nm) and is the grunt the bike can deliver. That power that throws you back, starts, and gets the bike off the mark fast.
Where Does Torque Matter?
- If you ride in hilly areas
- If you plan to carry extra weight
- Ride off-road or on loose terrain
- Prefer a low cadence, high power feel
Understanding Torque And How It Works
A good way to understand torque is to think of it not as a bike but as a car. Torque is the amount of force the car can pull. High torque means the car can pull a trailer and get off the line quickly. Power in relation is how long it can continue to hold that torque.
So, for torque to be effective, you need power, and for power to be effective, you need torque. So when you look at car statistics, torque and power typically rise hand in hand. With e-Bikes, not all companies understand this and often give high power but poor torque. High torque is the key to powerful bikes.
What Amount Of Torque Do E-Bikes Have?
Depending on the motor and battery of the bikes, the torque figures do vary. For bikes like commuters and city bikes, it’s actually quite low compared to e-MTBs. The torque is typically much higher.
- 40–60Nm → Light assistance (commuters, flat riding)
- 60–80Nm → Solid all-round performance
- 85–100Nm+ → High torque (serious climbing, off-road, heavy loads)
The Downside Of High Torque
Unfortunately, there are downsides to having a high-torque bike. Not only does it wear out components quickly, but it also drains the battery heavily, making the bike feel a bit uncontrollable at times.
What Else Makes A Difference To Torque?
You can find two bikes with the same torque and power, and they will often feel completely different. This is because not only is torque hard to measure, but many other factors affect it, such as;
Gearing
When that torque kicks in, it’s important to have the gearing to help propel the bike forward. A single-speed bike or something with very low gearing isn’t going to convert that torque well when a good MTB groupset from Shimano or SRAM will.
Software Tuning
It’s important to know how car motors are tuned, and the same goes for electric bike motors. They can either deliver power smoothly and slowly build torque, or they can let the motor rip at full gas. So when you see the Eco, Medium, and High settings, you know those are basically tuning setups.
Motor Placement
Motor placement really matters. When working with high torque on bikes, a mid-drive motor at the crank converts torque to the pedals much better than a motor in the rear wheel hub.
There are many claims that rear hub motors are just as powerful and have just as much torque as mid-drive motors, but the way they feel to ride is completely different. Rear hub motors just don’t offer that, and they have a jerky feeling to them, while a mid-drive does feel much smoother.
What’s Legal Torque And What's Not?
There are many laws governing the power of electric bikes in the US. Typically, in most states, 750W is the maximum. There is no limit to the torque a bike can have. This is where companies really get creative to compete against each other. You might have heard of the three e-Bike classes. Here’s what you need to know.
E-Bike Vs E-Moto
Anything outside these classes is not considered an e-Bike but an e-Moto. E-Motos need to be registered, insured, and undergo certain safety checks. They are often custom-built and unrestricted, making them quite dangerous in some ways.
Which Motors Provide The Most Torque, And What E-Bikes Are They Fitted To?
| Motor | Torque (Nm) | Peak Power | Common e-MTBs |
|---|---|---|---|
| Bosch Performance Line CX Gen 5 | 85–100Nm | ~600W | Trek Rail, Cube Stereo Hybrid, Haibike AllMtn, Specialized Turbo Tero X, Scott Patron eRIDE |
| Shimano EP801 motor | 85Nm | ~600W | Canyon Spectral:ON, Orbea Rise, Giant Trance X E+, Vitus E-Sommet, Merida eOne-Sixty |
| Specialized 2.2 Brose motor | 90–95Nm | ~565–600W | Specialized Turbo Levo, Specialized Kenevo |
If you are looking for a very high-torque e-Bike from a great company that is going to make something really special, we recommend the Bosch Performance Line CX Gen 5 and any bike that uses it. We also can't stress enough that hydraulic disc brakes are vital for stopping when you have high power, especially on electric mountain bikes.
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Frequently Asked Questions
What is a good torque for an e-Bike?
What matters more: watts or torque?
Torque matters more in real-world riding, especially on hills and during acceleration. Watts tell you the motor’s overall power output, but torque is what you feel. It's also good to think about weight. Cargo bikes are incredibly powerful but don't perform.
Are mid-drive motors better for torque?
Yes, mid-drive motors use the bike’s gears, which makes them far more effective at delivering torque. They use a torque sensor instead of a cadence sensor, which helps with power delivery and can even improve battery life by delivering power more smoothly rather than on/off. Almost all high-torque e-Bikes use mid-drive systems rather than rear hub motors.
Key Takeaways
- Torque is what gets you up hills and gives that powerful push: Watts matter, but torque is what you actually feel on climbs and acceleration.
- For most riders, 85–100Nm is the sweet spot for a genuinely powerful e-Bike: Anything in this range will handle steep hills, off-road riding, and heavier loads with ease.
- Mid-drive motors are the clear winner for high torque performance: By using the bike’s gears, they deliver power more effectively and feel significantly stronger than rear hub motors in real-world riding.
