Unfortunately, your electric scooter won’t allow you to go at faster speeds, it happens. While there are a few causes for an electric scooter to go more slowly than it should, yours may be excruciatingly sluggish due to the speed limit.
How to remove the speed limits on an electric scooter is now one of the most frequently sought topics online. We will gladly react to it utilising our tried-and-true strategies.
Before we start, it’s crucial to understand that the speed limiter or controller on your electric scooter is there for a purpose. It not only limits the peak speeds of your scooter but also manages how it operates in general.
In addition, depending on the peak speed of your scooter, removing the speed limit may potentially be against the law in your city or state.
Before making any changes to your scooter, it is advised to check the applicable state laws.
Between 2020 and 2021, 40% of electric scooters were supplied with speed limiters, which may be removed if you wish to go faster. These controls guarantee that you don’t go faster than a particular speed, often up to 30mph.
In America, the speed restriction is 25 mph by law, however in the UK, it is against the law to ride any e-scooter that isn’t a part of an authorised rental programme, thus you may only use them on private property where there are no speed limitations.
E-scooters are only permitted to go 15.5 mph in the UK under the rental programme.
If you want to ride your electric scooter in a race, if you got it from a nation with lax speed laws, or if you’re just a speed nut, you may wish to remove the speed limits.
This short article will show you how to remove the speed limit on an electric scooter:
Removing the Speed Limiter
There are three main ways to make the adjustment, depending on the scooter’s design and, to a lesser extent, its age. Step-by-step instructions on how to remove the speed limit on your electric scooter will vary too much to be specifically included here.
You may go to more specific sources for step-by-step directions once you’ve chosen the right approach depending on your model, which should involve reviewing your owner’s handbook. If you try to take out the scooter headlight bulb, be sure to also have your handbook.
1- DC-type Driving Motor
Some electric scooters include a drive motor that is of the DC kind; in these models, the speed controller works by counting the revolutions of the wheel using a sensor on the transmission system.
The sensor alerts the CPU to stop the scooter from moving forward once it reaches the manufacturer’s maximum speed. Check out our informational reference on the types of motors that are used in electric scooters to learn more about motors.
Such types make the removal of the speed limiting controls as easy as taking out the sensor, which is often accomplished fast and neatly by cutting the sensor’s cables. You may sometimes need a Phillips head screwdriver.
In general, as long as care is used to avoid damaging it during removal, the sensor may be reattached just as quickly. The simplest sort of speed controller to deactivate is often this one.
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2- Modifying Firmware
Make sure you’ve done your homework on your particular model before beginning this procedure since changing the firmware on your electric scooter might permanently harm it and lose its manufacturer warranty.
Additionally, not every e-scooter has the ability to upgrade the software, particularly older ones from before 2017.
Once you’ve decided to try it, your first step will be to determine whether there are any firmware upgrades or custom updates that are truly compatible with your model.
If there are, you ought to be able to download the particular update on your smartphone and communicate with your scooter using the app that comes pre-installed on it.
The majority of more recent e-scooters come with a companion smartphone app that enables users to adjust a variety of manufacturer-approved settings. Using this app, users may get manufacturer firmware updates. For illustration
Finally, keep in mind that firmware upgrades are often irreversible, so be sure you are making this choice after doing your research before running the risk of having your scooter’s warranty terminated or it becoming unusable.
3- Upgrading the Battery
A battery upgrade is another of the most popular solutions for speed adjustments.
Once again, you should be aware that using a battery that was not designed for your scooter model and installing it might invalidate your warranty and permanently harm your scooter.
Running your scooter with a higher voltage battery than it was intended for, for an instance, may make it more likely for it to overheat and harm electrical parts or the electric motor itself.
An e-battery, a scooter which may range in voltage from 24-48 volts depending on the model, although most use a 24-volt lithium-ion battery, affects its possible peak speeds in addition to the motor’s design.
You must first ascertain if your scooter can accept a new, often bigger battery pack. Higher peak speeds may be attained with 24-volt batteries alone without adding a 48-volt battery, and as was already noted, too much power might harm your scooter. Here are some precautions you should take while changing an e-scooter battery.
Remember that even if your study into the process for your particular model shows that a battery upgrade is a frequent and secure repair, you still run the risk of voiding your warranty and may be causing irreversible harm.
Also keep in mind that in most cases, in order to access the extra horsepower your new battery may give, you’ll still need to remove the speed controller itself.
Conclusion:
A speed-limiting cable enables the speed limiter on an electric scooter to work. The speed limiting wire is located in one of the wires you will notice when you open the speed controller on your electric scooter.
The placement of the wire and its colour may change from one manufacturer or model to the next since electric scooters are made differently from one another.
The limiting wire may be unplugged or even cut entirely to improve speed since doing so results in more power flow and longer-lasting torque. It’s vital to remember that without the limiter, the controller and motor wear out more quickly.
