How to Make an Electric Scooter Faster: 9 Best Methods

If I am not wrong! one key aspect that captures the attention of scooter enthusiasts is speed and performance. Here is why the question comes of How to make an electric scooter faster, right?

As an electric scooter fan such as myself, speed and performance are everything! Nothing beats the rush of gliding through the streets, feeling the wind on our faces, and achieving such dizzying speeds.

However, guess what? We’re about to unleash your scooter’s full-speed potential, bringing your riding experience to a whole new level of exhilaration and freedom.

Key Takeaway:

How to Make an Electric Scooter Faster

We will explore a variety of approaches that can help you uncover the secret speed possibilities of your electric scooter, from basic changes to more complicated alterations. You can try any of them to make your electric scooter a speedy ride.

Method 1: Removing Speed Limiters

Many electric scooters include built-in speed limiters to guarantee rider safety and compliance with local legislation. These limiters limit the scooter’s maximum speed, preventing it from attaining its full capacity.

Steps to Remove Speed Limiters

1. Disconnecting Wired Speed Limiters

Typically, a speed-limiting wire is used to manage the speed limiter in an electric scooter. You may remove the speed limitation and boost the scooter’s speed by identifying and severing this wire. Depending on the scooter’s maker and model, the speed limiter wire’s location and color may change.

It’s crucial to remember that removing the speed limit may cause the controller and motor to deteriorate more quickly.

2. Adjusting Software Settings or Firmware

Electric scooters may have speed limiters built into the software or firmware of the scooter. You may change the software settings to remove or increase the speed limits by gaining access to the scooter’s control panel or by utilizing a specialized mobile app.

This method requires familiarity with the specific scooter model and may involve updating the firmware to access advanced speed settings.

For More: How to Remove Speed Limiter on Electric Scooter?

Method 2: Upgrading Controller

By replacing the controller with an aftermarket or upgraded controller, you may be able to boost your electric scooter’s peak speed and acceleration.

The controller, also known as the electronic speed controller (ESC), is in charge of distributing power to the scooter’s motors and responding to throttle directions. Upgraded controllers frequently include features such as bursts of greater AMP output for increased acceleration and power.

Replacing the controller, on the other hand, is a more involved alteration that may need technical understanding. It is crucial to remember that utilizing a custom controller may violate the scooter’s warranty and may cause battery damage if the current draw exceeds its limitations.

This procedure is only suggested for experienced persons who are familiar with scooters and battery technology.

Method 3: Increasing Motor Kv Value

The Kv value, or motor velocity constant, is an important aspect in influencing the speed and performance of the motor on your electric scooter. When one volt of direct current (DC) is delivered to the motor, it will revolve at a rate of one revolution per minute (RPM). A motor with a greater Kv value spins faster for a given input voltage, resulting in increased speed.

Two Methods to Increase Motor Kv Value

1. Replacing the Motor with a Higher Kv Value

One practical way to raise the Kv value of the motor and hence the speed of the scooter is to replace the old motor with a higher Kv-rated one.

Look for a motor that meets your scooter’s specs and mounting requirements, but has a higher Kv value than your existing motor. This modification can give a significant increase in speed and acceleration.

2. Rewinding the Existing Motor to Reduce Wire Windings

Electric scooter motors contain coils of wire coiled around their armatures, and lowering the number of turns around the armature can improve the motor’s Kv value, resulting in faster scooter speeds.

However, this change has several downsides. A motor with fewer windings uses more power, creates more heat, and has a shorter range. Furthermore, it may have had less torque at the beginning, resulting in slower acceleration.

It should be noted that rewinding a motor is a hard and time-consuming process that necessitates mechanical skill. Attempting this change without sufficient expertise and experience may result in the motor or the scooter being damaged.

Method 4: Upgrading the Battery

The battery is critical to the speed and overall performance of your electric scooter. The power source provides energy to the motor, allowing it to push the scooter ahead.

Two Approaches to Upgrading the Battery

1. Adding More Battery Cells

Adding extra battery cells to enhance total voltage output is one method of improving the battery. If there is room in your scooter’s battery box, you may add more cells to increase the overall voltage.

This greater voltage gives the motor more power, resulting in faster speeds. It is critical to ensure that the new cells are of the same kind and capacity as the current ones in order to preserve compatibility and avoid potential problems.

2. Switching to Higher-Quality Batteries with Lower Internal Resistance and Higher Voltage Under Load

Switching to higher-quality batteries with reduced internal resistance and higher voltage output under load is another way to upgrade the battery.

Larger batteries are engineered to give larger current outputs while also having reduced internal resistance, resulting in improved performance. Investigate the type of cells in your battery pack and consider upgrading to batteries with these improved features.

However, to avoid any damage or safety issues, confirming compatibility with your scooter’s engine and controller is a must.

Method 5: Adjusting Gearing

An electric scooter’s gearing system is in charge of delivering power from the motor to the wheels. It controls how the rotational speed of the motor is transferred into the forward motion of the scooter.

How to Adjust Gearing for Increased Top Speed

1. Modifying the Transmission System (Chain or Belt Drive)

You can optimize the speed of your electric scooter if it has a chain or belt drive mechanism. Make certain that the chain or belt is correctly tensioned and maintained.

Lubricate the chain on a regular basis to reduce friction and power loss. To maintain effective power transfer, replace old or broken chains or belts with new ones.

2. Adjusting the Gear Ratio

The gear ratio is the proportion of teeth on the driving gear (connected to the motor) to teeth on the driven gear (connected to the wheel). You may tune the performance of your scooter to emphasize acceleration or peak speed by altering the gear ratio.

You may boost peak speed by connecting a larger driving gear (pinion gear) to the motor and a smaller driven gear (cog gear) to the wheel. This arrangement allows the engine to revolve faster than the wheel resulting in a faster top speed.

Method 6: Utilizing the Fastest Riding Mode

Many electric scooters have various riding modes or speed settings to accommodate varied riding preferences and situations. These modes are commonly referred to as “Eco,” “Standard,” “Sport,” or “Turbo.” Each mode has a varied power output and maximum speed.

Switching to the Fastest Mode for Maximum Speed

To get your electric scooter moving faster, select the quickest setting offered. This mode is commonly referred to as “Sport” or “Turbo.” By selecting the quickest mode, you bypass any speed restrictions imposed by lower modes and gain access to the scooter’s full power output.

Refer to your scooter’s user manual or settings menu to select the quickest mode. Depending on the model of your scooter, you may need to access the settings via a control panel or a mobile app linked to your scooter. To switch to the preferred mode, follow the instructions provided.

Keep in mind that the quickest mode may use more battery power and limit the total range of your scooter. As a result, it’s best to utilize the quickest setting sparingly, especially for longer trips or when battery life is an issue.

Method 7: Improving Aerodynamics

1. Adjusting Handlebars and Removing Unnecessary Accessories

To reduce wind resistance, make sure the handlebars are correctly aligned and positioned. Remove any unneeded accessories or additions that may cause drag and slow down the speed of your scooter.

2. Adopting a More Streamlined Riding Posture

Maintaining a more streamlined riding posture might also aid in wind resistance reduction. Maintain a low and close body position to the scooter, reducing any open places that may capture the wind. This will result in a more efficient and quicker ride.

Method 8: Increasing Tire Pressure

For the best scooter performance, proper tire pressure is essential. You may reduce rolling resistance and enhance speed efficiency by boosting tire pressure to the manufacturer’s suggested PSI (pounds per square inch).

The appropriate tire pressure should be found in your scooter’s handbook or on the tire sidewall.

Method 9: Regular Maintenance

1. Cleaning the Wheels and Motor for Optimal Performance

Clean the wheels on a regular basis to eliminate dirt, debris, and brake dust that might impair performance. A clean wheel surface results in improved traction and economy. Furthermore, maintain the motor clean of dirt and debris to avoid any impediments to its performance.

2. Turning Off Unneeded Electronics to Conserve Power

Turning off any unneeded gadgets, such as lighting or Bluetooth connectivity, can assist in conserving battery power and redirecting it toward faster speeds. This will allow your scooter to run at peak performance.

Conclusion

let’s recap the step-by-step instructions on how to make an electric scooter faster.

You may unleash the full potential of your scooter by eliminating speed limiters, updating components, boosting the Kv value of the motor, upgrading the battery, modifying gearing, using the quickest mode, implementing further speed improvement tactics, and emphasizing safety.

Remember to ride carefully, respect manufacturer guidelines, and seek expert advice for major modifications. Enjoy the thrill of riding a quicker electric scooter while keeping safety in mind.

Frequently Asked Questions (FAQ)