Motorcycles

World’s first self-balancing electric motorcycle rolls into production

World’s first self-balancing electric motorcycle rolls into production
The Control Moment Gyroscope (CMG) actively stabilizes the motorcycle by rapidly adjusting angular momentum
The Control Moment Gyroscope (CMG) actively stabilizes the motorcycle by rapidly adjusting angular momentum
View 6 Images
You're looking at "the world’s first self-balancing electric motorcycle in mass production"
1/6
You're looking at "the world’s first self-balancing electric motorcycle in mass production"
The OMO X uses tech called OMO-ROBOT to keep the bike upright, regardless of how fast it is going
2/6
The OMO X uses tech called OMO-ROBOT to keep the bike upright, regardless of how fast it is going
The Control Moment Gyroscope (CMG) actively stabilizes the motorcycle by rapidly adjusting angular momentum
3/6
The Control Moment Gyroscope (CMG) actively stabilizes the motorcycle by rapidly adjusting angular momentum
The design won a 2026 iF Design Award
4/6
The design won a 2026 iF Design Award
You get a 10.25-inch display, wireless charging, vehicle-to-vehicle connectivity, and a digital key
5/6
You get a 10.25-inch display, wireless charging, vehicle-to-vehicle connectivity, and a digital key
The OMO X also gets features like one-button parking capability, adaptive cruise control, and a summon feature
6/6
The OMO X also gets features like one-button parking capability, adaptive cruise control, and a summon feature
View gallery - 6 images

After ebikes, self-balancing tech has finally found its way onto motorcycles. And it’s not Honda, Yamaha, or BMW Motorrad behind this feat, but rather, a lesser-known Singaporean startup called OMOWAY.

Their OMO X becomes "the world’s first self-balancing electric motorcycle in mass production." But look at it, and you’d realize it’s more of a scooter than a motorcycle.

Nevertheless, it is still a pretty wild achievement. At the center of it all is what OMOWAY calls the OMO-ROBOT architecture, which uses vision processing with self-balancing tech to keep the bike upright, regardless of how fast it is going.

You're looking at "the world’s first self-balancing electric motorcycle in mass production"
You're looking at "the world’s first self-balancing electric motorcycle in mass production"

It combines hardware, software, and sensors to turn a scooter into a "two-wheeled robot." Cameras and sensors record the environment, high-performance processors handle that data, and a physical stabilization system keeps things balanced.

That high-precision stabilization device is called the Control Moment Gyroscope, something you’d commonly find in spacecraft and satellite applications, and in this case actively stabilizes the motorcycle by rapidly adjusting angular momentum. This helps keep the two wheels upright at very low speeds or even when they’re brought to a halt. OMOWAY’s demonstration video shows the OMO X holding its own on a big seesaw, all without a rider.

OMOWAY THE SEESAW CHALLENGE

This opens up the two-wheeled market to a completely new audience. Balancing a motorcycle has always been one of the biggest challenges for new riders. With tech like this, the barrier of entry to motorcycles practically disappears.

And that’s where the design of the OMO X makes a lot of sense. While OMOWAY calls it a motorcycle, it’s technically a scooter in its basic configuration. It’s a modular concept that lets you choose from three different configurations thanks to interchangeable body panels: a classic step-through scooter, a street version, and a touring variant with luggage options.

OMOWAY says that the OMO X additionally adjusts its gyroscope settings based on the chosen config to account for the altered weight distribution and anticipated speeds. We’re also told that the cloud-based technology can learn frequently traveled routes and proactively adjust stabilization to match the terrain.

The moto-scoot runs an electric drivetrain, though we don’t know much about the battery or the motor in there just yet. But we do know that the OMO X boasts a top speed of over 68 mph (110 km/h) and a WMTC range of around 125 miles (200 km).

The design won a 2026 iF Design Award
The design won a 2026 iF Design Award

You get classic scooter styling with leg fairings and a useful windscreen. Angular lines run the length of the scooter with LED lighting all around. There's a continuous light strip at the front end, which the manufacturer calls “saberlights.” It all culminates at the rear, which sports the swingarm paired with a wide rear wheel and a floating seat. In fact, its modular styling has been so well received that it recently won a 2026 iF Design Award.

The design and the self-balancing tech aside, the OMO X is still pretty loaded for a scooter. It gets what the company calls the HALO Pilot that provides features like one-button parking capability, adaptive cruise control, and a summon feature that lets the scooter drive itself to the rider – features that were previously primarily limited to cars.

You get a 10.25-inch display, wireless charging, vehicle-to-vehicle connectivity, and a digital key
You get a 10.25-inch display, wireless charging, vehicle-to-vehicle connectivity, and a digital key

On top of all that, OMO X also features “full active safety” that helps with turns, stops skidding on wet roads, and responds to unexpected obstructions in milliseconds. This system leverages the e-scooter's cameras to scan the surroundings in all directions, alert you of any vehicles in your blind spot, and automatically engage emergency braking if you are distracted. All controlled via the 10.25-inch display.

In addition, the OMO X also gets vehicle-to-vehicle connectivity, and a digital key. And get this: to charge, the scooter can simply park over a suitable charging pad without the need for a cord.

But before you get your checkbooks out, do note that OMOWAY isn’t close to a worldwide rollout just yet. The company plans to open pre-orders for the OMO X in Indonesia in late April, with an official market debut slated for late May.

The OMO X also gets features like one-button parking capability, adaptive cruise control, and a summon feature
The OMO X also gets features like one-button parking capability, adaptive cruise control, and a summon feature

As for pricing, there's no official word yet, although widespread rumors pin it around the US$3,800 (about €3,540) price point. If that does turn out to be true, it’ll slot perfectly between entry-level electric scooters and the likes of BMW CE 04, which obviously doesn’t come stuffed with tech like this. And if that’s the case, I see only one clear winner.

Source: OMOWAY

View gallery - 6 images
12 comments
12 comments
c w
A scooter is a motorcycle.
guzmanchinky
I've been riding for 40 years and while this is cool, I can't figure out the why? Once you start rolling even a little motorcycles/scooters balance nicely anyway.
Username
The seesaw in the video is not highlighting the scooter's ability to balance more than simply having it on the parking lot. It would be better to show it driving on a side incline.
paul314
Usually for gyroscopes to do their thing you need a fair amount of extra mass, but I guess for a motorcycle that's not such a big deal. More concerning is the claim that this is all connected to the cloud. So if your bike loses its internet connection, who knows what will happen.
JS
@paul314 - For that matter, when your scoot CONNECTS to the internet, who knows what's gonna happen, aye? Hehe.
Loz
This is a terrible idea. I must ride it.
Rusty
Oh goodie! I SO look forward to clowns doing youtube/social media BS with these LOL.
Daniel Pilon
Interesting to see inertia-based stabilization reaching production on motorcycles.
We’re using the same physical principle — angular momentum from a spinning mass — but integrated with steering and ground interaction to make it practical on bicycles (InerScience, Montreal).
We’re already building and selling stabilized bikes, with real-world use focused on low-speed stability — especially in winter and when carrying cargo or kids.
Different implementation, but same goal.
Demo: https://www.youtube.com/watch?v=th6gmt_lhXI
ramon
A normal scooter or motorcycle will lean in corners. does the computer knows exactly ho much leaning is needed in every corner ?
ljaques
NOTICEABLY missing are the videos of this thing doing figure 8s or going around a fast corner and leaning it down. Can't imagine how much fun that would be to fight each and every turn you made, with NO LEANING ALLOWED! And that's before you even mention the hideousity factor.
Load More