Electric scooters are fun to ride, but we all secretly wish ours could go a little faster. No one ever suggested that going slower is better when riding just about anything. How to make your electric scooter faster and more fun? There are a few things you might be able to do to speed up your electric scooter.

How To Make Your Electric Scooter Faster?

Increasing the speed of an electric scooter requires more than simply replacing internal components and removing speed constraints; it also demands a complete redesign of the scooter to make it more ergonomic and aerodynamic. If you want to make the electric scooter travel quicker, our experts recommend enlarging the deck and even adding a seat to help you maintain your balance. You may try various techniques to make things go faster, but first, consider the benefits of creating an electric scooter to ride faster.

The Advantages Of Making Your Electric Scooter Faster

Aside from saving time, what are some of the other advantages of using an electric scooter to move faster? Most of us use electric scooters to travel small distances and run errands. It’s unlikely that you’ll use your bike for commuting unless your workplace is somewhat close to your home.

Most electric scooters have a maximum speed of 5 to 20 miles per hour, but wouldn’t it be nice to be able to change it? You may save money on parking and, if required, use public transit while also helping the environment. Furthermore, riding an electric scooter requires less effort since the motor handles the bulk of the work. However, before you establish high standards for new means of transportation, you need to find out how to make your electric scooter go faster.

3 Easy Ways To Make Your Electric Scooter Go Faster

Removing Speed Limiters

Removing the speed restriction is the first and most critical step. This gadget acts as a controller for your scooter, ensuring that the speeds do not exceed the battery capacity and that the scooter does not become overwhelmed. Since the limitation prevents you from attaining the highest rate of your desires, you must first remove it.

Some versions will let you remove the speed limit from the handlebar display. You’ll have to manually change the scooter’s firmware, which might take some time if you’re not used to it. Knowing that this restriction prevents the engine from achieving its full potential, on the other hand, maybe enough to persuade most riders to circumvent the device.

There’s a technique to keep the speed limit on while increasing the speed simultaneously. It would help if you could trick the limiter into thinking you’re moving at a slower rate than you actually are. To accomplish so, you’ll need to change the sensors’ magnets. The speed limiter receives information from the sensors about how quickly you drive.

Upgrade The Battery

Increasing the battery voltage is the next thing you can do in how to make your electric scooter faster. There are two ways to do this. Obtain better-quality batteries with lower internal resistance and greater voltage under load by adding additional battery cells or finding higher-quality batteries with lower internal resistance and higher voltage.

  • Use a battery with lower Internal Resistance

These batteries have low internal resistance. Less internal resistance means a larger load voltage. When overloaded, all batteries lose voltage. Others slump more. Better batteries have less sag and so more voltage. The bigger the battery, the less sag. Load voltage is increased by more capacity, same quality cells.

  • Add Battery Cells

You must use the same cell type and capacity as the existing battery pack. It’s not a good idea to combine cell types and capacities inside a box. Because of the risk of overcharging, this may make charging dangerous.

Increase Motor K-Value

We need a higher kV value motor to make our electric scooter go faster with the same battery or input voltage. For the same input voltage, we need more RPM. There are two ways to do this: a new motor or rewind the existing engine.

  • Replace Motor

Find a similar-sized engine with a higher k-value that will fit in your scooter. It’s not always easy to determine the Kv value for your present motor. It would help if you had something with a more excellent RPM rating than the one on your scooter. You may need to experiment to achieve decent results since you’re in the DIY territory.

  • Rewind Motor

Rewinding your current motor is the second approach to achieving a higher Kv motor. Wire coils are twisted around the armatures of all engines. You need fewer winds around the armature to cause a motor to spin faster. The motor’s Kv value will increase with fewer winds, and your scooter will accelerate. The disadvantage is that it will consume more current, create more heat, and have a shorter range. Because there will be less torque at starting, you will accelerate more slowly.

Other Ways To Make Your Scooter Go Faster

Adjust Scooter Gearing

If your scooter has a chain or belt drive and no motors integrated into the hubs, you may modify the gearing to travel faster. If you change the gearing for incredible speed, you’ll get less torque. You’ll have to settle for slower acceleration in exchange for a higher top-end rate. You will receive less torque if you alter the gearing for higher speed. In return for a faster top-end rate, you’ll have to accept slower acceleration. Modify the scooter by putting the shorter and smaller sprockets in the rear and the bigger, longer ones in the front to make your sprockets more efficient and to produce a higher mile per hour for your scooter.

Upgrade Speed Controller

Assembling an aftermarket controller for your scooter may be challenging. Also, some scooter controllers need a new battery. Your electric scooter’s controls may also benefit from an upgrade. The ESC controls and distributes electricity to your scooter’s engine (s). A simple I/O system means the throttle controls the power provided to each motor. More innovative speed controllers increase AMP output, boosting acceleration and power.