One of the biggest advantages of an electric bike is that you don't have to rely entirely on your own legs.

The motor provides assistance when you need it, while the bicycle's gears help you choose the right pedaling resistance.

But many new e-bike riders don't fully understand how these two systems work together.

Should you change gears before going uphill?

Should you use a higher assist level with a low gear?

Is it better to use the highest pedal-assist setting all the time?

The answer is that gears and electric assistance serve different purposes.

Once you understand how to combine them, your riding can become smoother, more comfortable, and more predictable.

In this guide, Jansno explains how to use gears and pedal assist together in different riding situations.

What Is the Difference Between Gears and Pedal Assist?

Before discussing how to combine them, it's important to understand what each system does.

Gears

The mechanical gear system changes the relationship between your pedaling and the rotation of the wheel.

A lower gear generally makes pedaling easier, which is useful when climbing.

A higher gear generally makes each pedal rotation cover more distance, which can feel more suitable when traveling faster on relatively flat roads.

Pedal Assist

Pedal assist controls how much assistance the electric motor provides while you pedal.

Depending on the e-bike, you may have several assistance levels.

Lower assistance can provide a more natural cycling experience and potentially reduce energy consumption.

Higher assistance provides more motor support when you need it.

The two systems work together rather than replacing one another.

Why Should You Use Both Systems?

Imagine you're approaching a hill.

You could simply increase motor assistance and keep the same gear.

But that isn't always the most comfortable or efficient approach.

Instead, you can:

Shift to an easier gear + select an appropriate assistance level.

This reduces the effort required from your legs while allowing the motor to provide additional support.

The result can be a smoother climb.

The same principle applies to flat roads and descents.

1. Start in an Appropriate Gear

If your e-bike has multiple gears, avoid starting every ride in an extremely high gear.

A moderate gear can make acceleration smoother.

When starting from a complete stop, an easier gear can help you get the bike moving without requiring excessive force on the pedals.

Once you build momentum, you can shift toward a higher gear if the road allows it.

2. Shift Before a Hill Gets Steep

One of the most useful gear-changing habits is to shift before you reach the steepest section of a hill.

If you wait until you're already struggling, shifting can become less comfortable.

Instead:

1. Look ahead.
2. Identify the upcoming incline.
3. Shift to an easier gear.
4. Select an appropriate assist level.
5. Maintain a steady cadence.

This approach allows the bike to transition more smoothly from flat ground to climbing.

3. Use Lower Gears for Steeper Climbs

When the road becomes steeper, a lower gear can make pedaling easier.

You don't necessarily need to stop pedaling.

Instead, maintain a comfortable cadence while allowing the motor to provide additional assistance.

For a demanding climb, a combination such as:

Lower gear + medium/high assistance

can be more comfortable than:

High gear + maximum assistance

The exact setting depends on the rider, slope, bike configuration, and conditions.

4. Don't Automatically Use Maximum Pedal Assist

It can be tempting to select the highest assist level every time you ride.

But maximum assistance isn't always necessary.

On a flat road, lower assistance may provide enough support.

On a moderate hill, medium assistance may be sufficient.

Higher assistance can be reserved for situations where you actually need more motor support.

Using the appropriate assistance level can also help manage battery consumption.

5. Use Higher Gears on Suitable Flat Roads

Once the road becomes flat again and your pedaling speed increases, you may find a higher gear more comfortable.

A higher gear can allow you to maintain speed without spinning the pedals excessively quickly.

The key is to avoid choosing a gear that makes pedaling unnecessarily difficult.

If you have to push extremely hard on every pedal stroke, shift to an easier gear.

6. Shift Smoothly Rather Than Aggressively

Changing gears is easier when you anticipate the road.

Avoid making large, sudden gear changes when you're putting heavy force through the pedals.

Instead:

• Reduce pedal pressure slightly.
• Shift.
• Resume normal pedaling.

Smooth shifting can help reduce unnecessary stress on the drivetrain.

If your bike has specific shifting instructions from the manufacturer, follow those recommendations.

7. Match Cadence to Your Comfort

Cadence refers to how quickly your pedals rotate.

You don't need to calculate your exact cadence while riding.

Instead, pay attention to how your legs feel.

If you're pushing very hard and the pedals feel difficult to turn:

Shift to an easier gear.

If your legs are spinning extremely quickly with little resistance:

Consider a higher gear.

The goal is to find a comfortable rhythm.

Gears and Pedal Assist on Different Roads

Different riding environments call for different combinations.

Flat Urban Roads

Try:

Medium gear + low/medium assistance

This can provide a balanced combination of motor support and rider input.

Gentle Uphill

Try:

Lower gear + medium assistance

This can make climbing more comfortable without immediately relying on maximum motor support.

Steep Hill

Try:

Low gear + higher assistance

This combination can reduce pedal resistance while allowing the motor to provide stronger support.

Downhill

You may not need much motor assistance.

Depending on the road and your speed, you can use a suitable higher gear or simply stop pedaling when appropriate.

Always maintain control of your speed and use the brakes when necessary.

How This Can Help With Battery Consumption

Your riding habits influence how quickly your battery is used.

Using maximum motor assistance continuously can consume energy more quickly than using lower assistance when conditions allow.

Mechanical gears can help you maintain a comfortable pedaling rhythm so that the motor doesn't have to do all the work.

For example:

Flat road → higher gear + lower assistance

Moderate hill → lower gear + moderate assistance

Steep hill → lower gear + higher assistance

This flexible approach can help you use motor power more intelligently.

Actual battery consumption varies significantly depending on speed, terrain, rider weight, wind, temperature, tire pressure, and other conditions.

Jansno Electric Bikes and Flexible Riding

Jansno offers electric bikes designed for riders who want more flexibility from their cycling experience.

Models such as the Jansno X50, X60, and X70 Pro provide different configurations for riders with different preferences.

Rather than relying entirely on motor power, riders can combine electric assistance with appropriate pedaling and gearing to adapt to changing terrain.

Jansno X50

The Jansno X50 features a 1000W motor and a 48V 17Ah battery.

Its performance-oriented configuration can provide substantial electric assistance when conditions become demanding.

For riders using a powerful e-bike like the X50, understanding how to combine gearing and motor assistance can be especially useful.

On flat roads, there may be no need to use maximum assistance.

When climbing, shifting to an easier gear before the slope becomes steep can help create a smoother transition.

Jansno X60

The Jansno X60 is another option for riders looking for a capable electric bike.

When riding a versatile e-bike across changing terrain, the ability to adjust both mechanical gearing and electric assistance gives riders more control over the riding experience.

Rather than keeping one setting throughout the entire trip, adjust your setup as the road changes.

Jansno X70 Pro

The Jansno X70 Pro is designed for riders who want a more performance-oriented electric bike experience.

When riding a higher-performance e-bike, smooth control becomes particularly important.

Use the gears and assistance system according to the terrain instead of relying on maximum power at all times.

Common Gear-Shifting Mistakes

Waiting Until the Hill Is Too Steep

Shift before the hardest section.

Staying in a High Gear Everywhere

High gears are not ideal for every situation.

Using Maximum Assistance Constantly

More assistance isn't always necessary.

Shifting While Applying Excessive Pedal Force

Reduce pedal pressure slightly when shifting where appropriate.

Ignoring How Your Legs Feel

Your body can provide useful feedback about whether your current gear is suitable.

A Simple Rule for New E-Bike Riders

If you're new to gears and pedal assist, remember this simple rule:

When Pedaling Feels Too Hard

Shift to a lower gear.

When Pedaling Feels Too Easy

Shift to a higher gear.

When You Need More Motor Support

Increase pedal assistance.

When You Have Plenty of Power on a Flat Road

Consider reducing assistance.

This simple approach is enough to get started.

How to Practice Shifting

You don't need to wait for a difficult hill to learn how to shift.

Find a quiet, safe road and practice changing gears while maintaining a comfortable speed.

Try:

1. Start in a moderate gear.
2. Accelerate gently.
3. Shift to a higher gear.
4. Reduce speed.
5. Shift back to a lower gear.
6. Repeat at different speeds.

Once this becomes natural, you'll be able to shift without thinking about it as much.

Why Smooth Riding Is Better Than Maximum Power

Electric bikes give riders access to motor assistance that traditional bicycles don't have.

But the goal isn't always to use as much power as possible.

A smoother riding strategy can provide:

• Better control
• More comfortable pedaling
• More predictable acceleration
• Potentially more efficient battery use
• Less unnecessary drivetrain stress

The best riders aren't necessarily the ones using the most power.

They're the ones who know when power is actually needed.

Final Thoughts

Understanding how to use e-bike gears and pedal assist together can make a significant difference to your riding experience.

Think of the two systems as working partners.

Gears control pedaling resistance.

Pedal assist controls motor support.

Use an easier gear when climbing.

Use a higher gear when the road and speed allow it.

Increase motor assistance when you need additional support.

Reduce assistance when the terrain is easy.

Whether you're riding a Jansno X50, X60, X70 Pro, or another electric bike, learning to combine these two systems can help you ride more smoothly and confidently.

You don't always need more power.

Sometimes, you simply need the right gear at the right time.

Frequently Asked Questions

Should I change gears on an electric bike?

Yes. If your e-bike has mechanical gears, changing gears according to terrain can make pedaling more comfortable and help you maintain a smoother riding rhythm.

What gear should I use when riding uphill?

A lower gear generally makes pedaling easier and is often suitable for climbing. The exact gear depends on the steepness of the hill and your preferred pedaling effort.

Should I use maximum pedal assist when climbing?

Not always. Medium assistance may be sufficient for moderate hills, while higher assistance can be useful for steeper climbs or heavier loads.

Should I shift gears before or during a hill?

When possible, shift to an easier gear before reaching the steepest part of the hill. This can make the transition smoother.

Can gears help save e-bike battery?

Using an appropriate gear can help you maintain a comfortable pedaling rhythm and may reduce the amount of motor assistance you need. Actual battery consumption depends on many factors.

Why does shifting feel difficult sometimes?

Shifting can feel less smooth when the drivetrain is under heavy load or when maintenance is needed. Reduce pedal pressure slightly when shifting and inspect the drivetrain if the problem continues.

Internal Links

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🔴 Jansno X70 Electric Bike
🔴 Jansno X90 Electric Bike
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