Note: As an amazon associate I may earn a small commission from qualifying purchases if you click to amazon from my site and choose to make a purchase.You can read my complete affiliate disclosure for more details
Why Is My Onewheel Power LED Blinking?
The pulsing blue light on the power button indicates battery level, which will blink depending on how much power is left. This light also lets you know if your Onewheel is on and ready for riding.
Below are the different lighting patterns and meanings.
Smooth Blue Light (0-30% battery level)
This indicates that your Onewheel is powered on but will also blink if you have not unlocked it or it hasn’t been moved for some time. When the battery level is low, this light will constantly blink.
Red Light (battery level below 3%) If this red light blinks, the battery has less than 2% charge left and requires an immediate recharge.
Flashing Red Light (battery level below 7%)- It would be best if you charge the battery at this level as soon as possible. The battery is dying, and if it’s not charged within 24 hours, the Onewheel will shut down.
Solid Red Light (battery level below 13%) This light indicates a low battery charge.
Charging is recommended to avoid any chance of the Onewheel shutting down at any time. If the battery is not charged in 24 hours, the Onewheel will shut down.
At this level, you must recharge your Onewheel as soon as possible.
3Hp Onewheel GT(Top 8 Specifications To Expect)
There are many brands of hover board for you to choose from, but the 3HP ONEWHEEL GT is the one that is most liked by people. In this post, you will find out what makes it so popular.
| 3HP Onewheel GT( Top 8 Specifications To Expect) | |
| Specifications | Explanation |
| Weight capacity | Up to 35lbs of weight capacity |
| Horsepower | Boasts 3 horsepower life. With up to 32mi/52km on a single charge riding |
| LED Dashboard | Dual LED battery display and mid-drive shift indicator |
| 12 Month Warranty | Full one year warranty from the date of product purchase |
| Easy Installation | Easy to install and operate with a single side screw for securing the hoverboard to laminate or carpeting |
| Bluetooth | You can Connect your smartphone to access self-balancing Onewheel scooter’s App and Bluetooth APP control system |
| Water-resistant | Can withstand water, rain and snow as well as sandstorms |
| On-board Charger | Charge 3HP ONEWHEEL GT’s battery to 80% capacity in 2 hours |
Onewheel Safety Beep (Reasons)
Onewheel safety beep is a warning system to give additional rider feedback when they need to increase their caution to help them don a helmet or other safety gear. The beep indicates that the rider should reduce speed and stop before proceeding.
When someone rides a Onewheel, it provides feedback to better prepare for what is ahead. To ensure riders can hear the beeps, they have designed it to fit into trail environments without distracting visual queues or requiring additional signage.
Onewheel Safety Beep is designed to act without requiring additional signage or visual queues. You can achieve this through audio feedback.
The Onewheel’s safety system provides auditory trappings that you must use in conjunction with the other safety systems. These audio cues are designed to give a rider helpful information when they need it while they are enjoying the ride.
The Beep comes in two forms: A low tone and a high tone. The low tone is a quiet warning that tells the rider to slow down and glide to a stop before proceeding. There are no tones indicating the high tone.
The high tone is designed to let the rider know they have gone too far and are likely to crash if they continue riding. This is a very rare situation and should not impact the riding experience.
The Onewheel utilizes a combination of key factors to determine when and why riders require additional information.
The device uses gyroscopes and accelerometers to understand how the rider uses the device while using sensors to understand the environment.
These components are monitored in real-time with a feedback loop that allows for adjustments when needed, which you can adjust through specific modes.
Onewheel beeps for various reasons, the most common being to indicate an error or alert. Most of these beeps occur when the OneWheel is inactive for some time or has paused during use.
Some also occur when pressing the power button multiple times or holding it down too long, which can happen if you’re stuck on something and need to free yourself from it.
A few different components on your Onewheel can make beeping noises. Here are more common ones:
Your Onewheel’s “obsession warning” – if you have been riding too aggressively (exceeding 20 mph with wheelies or stoppies), this warning will activate, and the following beeps will sound.
After a few minutes (or if you stop riding aggressively), the obsession warning will automatically turn off.
Your Onewheel’s battery – Some users report that the onboard battery makes a beeping noise when it’s nearing the end of its charge. Please note that if this is your issue, your Onewheel is not damaged – just let it run out of battery, and you can recharge again.
Most users report that their batteries are fully charged after 3-4 hours with a normal charger.
The magnet sensor – Plugging your Onewheel into a wall charger while in motion will cause the magnets to go out of calibration and the beeping noise. The fix is to reset that particular onboard sensor.
The small speaker behind your Onewheel’s kickstand – This speaker is an electronic circuit designed to emit a beep when the kickstand is extended or fully engaged.
You can disable this speaker by sliding the kickstand lock over and depressing the red arrow button. The kickstand will stay in place, but it won’t make any noise when fully extended.
The warning buzzer – If you have set your Onewheel to a speed setting that is too fast for your riding environment, this warning will activate, and a short beep will sound every few seconds until you choose another speed setting.
The internal “beep” – your Onewheel is equipped with a beeper to alert you of various operational events. This is useful to let you know that something has happened, but it’s not a fault condition.
You can quickly silence all these beeping noises by clicking the lock button on your Onewheel once the sound is in progress and then again after it stops. If that doesn’t work, restart your Onewheel and click the lock button again.
Nosedives: The Mechanics behind Them and How To Ride
Nosedives can be caused by not riding with enough momentum or weight, riding too quickly over a bumpy surface, or even when the battery is running low and needs to be charged.
Whatever the reason for your nosedive may be, it’s an easy mistake to fix since you need to take your foot off the board and put some weight on it until it rights itself.
So, let’s talk about why nosedives happen and how to ride around them without fearing the motor will quit on you.
Check if the motor has enough power to make it through the normal riding course. The Onewheel can go much faster than you’d expect.
It’s good news that your Onewheel has enough power to get you up a slight incline and out of your way or make it across a bumpy surface. The main problem is the motor doesn’t have enough power to keep you balanced while going uphill.
There’s always a small amount of balancing power available, so it’s easier to go downhill than in any other direction. You’ll slow down before going over a hill or drop-off.
When you go uphill, every inch has less battery power available. The battery can only supply the maximum power needed to maintain your balance and keep you moving forward.
You’ll notice that the farther you ride uphill, the weaker the power gets since there’s less available. It’s easy to ride in a straight line up a hill with your Onewheel but find that it slows down and eventually stops as it approaches a steep incline.
The motor is doing its best to stay powered up and spent no more energy getting you moving than necessary. This is why nosedive happens when you’re trying to push your Onewheel uphill.
There’s less available power, so the motor has to work harder to produce that same amount of power. The result is a loss of power and a loss of balance.
To avoid forcing it into a nosedive, you’ll want to drastically slow down (if possible) before going up a hill or incline. Take your time and allow the Onewheel to move straight ahead of you.
This will help you maintain stability and balance. You’ll be more likely to remain balanced when the motor has less power and isn’t fighting against gravity to push you uphill.
What Does A Yellow Light On Onewheel Mean?
A yellow light on your Onewheel means the battery is low and needs a charge.
The blinking light on your Onewheel lets you know when you need to charge your battery. It starts blinking at this point, usually around 20% power remaining.
For example, when you first receive your Onewheel, it may be at 100% power. When you click the power button, the battery icon will light up, tell you the remaining charge, and turn off automatically. There will not be a blinking light at this point.
Once you get down to about 20% charge left, the light will blink. At this point, you should get a charger for your Onewheel and plug in the Onewheel as soon as possible.
If you’re riding and your battery is at 20%, and after a few miles, the light on your Onewheel starts blinking, that’s not a big deal. It’s probably indicating that you need to be charging the battery.
And there are plenty of times that the light stays lit at this point, even while riding (I’ve been doing it myself).
Here’s the thing: If you’re leaving your Onewheel plugged in and it still doesn’t charge to full power after four hours, you should check to ensure the cable is connected properly. If you doubt this, don’t leave the Onewheel plugged in.
This is an issue if you are going somewhere for an extended period where it may be difficult to get home and charge enough before your ride is finished. Do not leave your Onewheel plugged in overnight.
What Do The Lights Mean In A Onewheel Pint?
The Onewheel’s LED indicator light system is a safety feature to let you know your board has stopped or is about to stop. When you install your battery, the LED lights will flash green, and you should remove the battery each time it flashes red.
You can do this to prevent your board from catching fire when it is hot. Once your battery is installed, each light will illuminate in turn to indicate the current status of your board.
There are five of them in total. Here is what they stand for:
Red flashing light: Ensure the board has stopped and is not plugged into your device. It could catch fire if you plug it in while it’s charging.
Flashing red: Your board needs to cool down before you can use it again.
Red: One or more of your lights are broken, dirty, or not connected properly. Please check them.
Yellow: Your board is overheating and needs to cool down. Please get off your board and let it sit for 10 minutes.
Green and white: Board is turned on, the lights are illuminated, and you are good to go. Red light, low battery level. It would be best if you charge your board before you use it.
Red and yellow light means a low battery level with a full charge.
Green and yellow light: When your battery is at a full charge, the indicator lights will stay lit for up to 15 minutes. A fuse may have blown if they stay lit for more than 15 minutes.
Blue and yellow light – When your battery is at a full charge, and the battery’s temperature is within the normal operating range, the indicator lights will blink in unison.
Green and red light – Your board is overheating. Stop using it immediately. Your board should be able to cool down within an hour if you’re patient enough.
Can You Overcharge A Onewheel?
No, The charge circuit inside the Onewheel prevents overcharging when a low-voltage terminal is shorted. This protection mechanism makes charging safer and more reliable.
Another protection feature that takes effect when voltage levels reach a certain threshold automatically shuts off power to prevent overheating unless it’s explicitly requested by pressing the charge button for 30 seconds or longer.
The battery monitor automatically and continuously monitors voltage, current, and temperature.
The charge circuit uses this information to balance input and output, protect the battery cells, prevent overheating of the system, and manage to charge safely.
When you plug into a power source and charge, the Onewheel’s battery monitor makes periodic comparisons to determine how full the battery is. This data shows when charging is complete or needs to be adjusted for changes or errors in load or line voltage.
The charge circuit automatically slows down charging when a battery is near full charge. This is important since batteries at their peak voltage usually have very low internal resistance and are susceptible to overcharging and damage.
Charging too quickly can also cause heat in the battery and the Onewheel. Overcharging at high voltage can damage the battery’s cells, reduce capacity, or cause an explosive gas build-up.
On the Onewheel, overcharging is prevented by lowering the output voltage to a level that protects the battery. Depending on usage and charging method, this is typically between 4.2V and 4.35V.
Why Is My Onewheel Not Moving?
Your Onewheel is not moving because the wheel is either too high or too low. This can happen if you miss an important step in the setup process: Ensure that the wheel height is set correctly for your weight by adjusting it yourself.
If your Onewheel’s wheel height is not set correctly, then the motor can’t fully power and engage with a wheel, no matter how much throttle power you give it.
This is a real problem, so make sure you read up on the tutorial for the Onewheel setup procedure and know that for this reason, you need to leave your Onewheel wheel height untouched.
If the wheel is too low, the battery pack doesn’t slide into the seat correctly, so it can’t work to move your Onewheel, so long as you are on flat ground.
If the wheel is too high, the battery pack’s weight is on top of the seat and therefore can’t work for its job.
You should adjust the wheel height so your weight will distribute evenly across the seat and the wheel’s surface. Adjusting this is important because it will make the Onewheel work much better.
Note that if the wheel is too low, the motor will not be able to fully power and engage with a wheel, so you must make sure this doesn’t happen.
Why Did My Onewheel Throw Me Off?
Your Onewheel throws you off because it boasts a board malfunction. They design the board so you can ride it on the inside edge of one’s foot, but many people ride it on their toes or heels. This will cause an imbalance between the rider and the vehicle. Eventually, this unbalancing will result in a throw-off.
You can avoid this incident by practicing with your Onewheel before using it for transportation purposes. You should know how to position your feet to avoid a board malfunction properly.
Here are some tips to help you avoid a throw off:
You can Let the Onewheel get used to the rider’s weight by letting the rider stand on it without force.
Test balance by backing up and keeping your balance while walking forward. If you fall over backward, then you are unbalanced. Try to lean back and keep your legs straight.
Walk forward at a slow pace before actually riding the Onewheel. Again, maintain balance as you transition from a standstill to a slow walking speed.
Once you can walk forward with relative ease and balance, you are ready to attempt riding the Onewheel. Again, try transitioning from a standstill to an ever-so-slight rolling movement.
Practice these tips for about 10 minutes, and you should have mastered the art of staying on your Onewheel for transportation purposes.
If you continue to have trouble staying on the Onewheel, you should practice more with it, especially before attempting to ride it anywhere near traffic.
Onewheel owners can also practice their balance by riding with their eyes shut. This will help them understand how they affect the balance of the board when they are unbalanced or not centered on the board.
The most important thing to remember is that you are always in control of your Onewheel. If you feel that the board will throw you off, then jump off and practice some more.
You have total control of your Onewheel, so ensure you learn how to use it properly. You don’t want to ruin the experience by being afraid to ride it because you are worried it will throw you off.
You can ride your Onewheel without problems if you start with balance and slowly build to a comfortable and natural pace.
Conclusion
Onewheel beeping is a well-known problem, but it’s only one of the many you’ll face while learning to ride the board. Onewheel is like a rocket; it will take a little time before you master it. However, you will have fun riding your Onewheel.
