Skip to main content
  1. Home
  2. Emerging Tech
  3. Health & Fitness
  4. News

The Omni Wheel turns any bicycle into an e-bike

Add as a preferred source on Google

Electric bicycles are seeing a steady increase in popularity as manufacturers spring up to create a product, while existing companies add these powered two-wheelers to their traditional lineup. There are many approaches to creating e-bikes, but they can be broken down into two groups — bespoke vehicles that were built from scratch, and machines designed to add power to an otherwise ordinary bike. The folks at Evelo have created a unique approach to the latter by offering the Omni Wheel, which can attach to and electrify virtually any bike. The company also offers a full line of electric bikes if you do want one built from the ground up.

I met up with Jonah Bliss from Evelo in NYC for a demonstration of the company’s Omni Wheel. It was attached to a simple rig, giving me an opportunity to explore the electric wheel’s feeling and dynamics.

Recommended Videos

The Omni Wheel houses a pedal assist motor, meaning you are helped along under your own power. You have five levels assist to choose from, or you can switch it off completely. The latest version of Omni Wheel also comes with a thumb throttle that can install to your existing grip. With this attachment, you have three options for travel: you can pedal by yourself, you can pedal with assistance from the motor, or you can take a break and let the motor do all the work.

I set out to test all three options, beginning with good old fashioned pedal power. The Omni Wheel did not disrupt the handling or feeling of the bike. I felt like I was riding along on a regular bike and could even forget I had the option to switch to power. I was using the 700C version, which starts at $1,000 and according to Evelo, returns 15-25 miles of range, depending on how you use it. 26-inch wheels are also available.

When I switched to pedal assist mode, I did notice a difference from other e-bikes I had ridden. Most electric bikes have motors that send power to the rear wheel, but in this case my bike was front wheel drive. I got the sense that I was being pulled along rather than pushed, but it was by no means a negative sensation. The front wheel was able to handle steering and power together without a problem, and if anything, it’s a unique approach to the market.

The 350 watt motor is limited to 20 mph, the legal limit for these types of machines in most U.S. territories. Beyond that, the bike would have to be registered with the DMV, and different laws would apply. I cycled through the levels via the buttons on the control panel, which includes a wireless LCD display. The power felt good for the urban setting I was riding in, with smooth delivery and no sudden kicks or stops.

At the first level of assist, I felt like I was still getting a good workout, but even at the highest level, I still had to work to keep the power on. The pedal assist is ideal for hill climbing or getting some extra miles on the go.

After some time, I switched to throttle mode. The thumb switch works like the throttle on most powered vehicles, as you have to keep it depressed to move along. This gives you control over how much speed you want out of the motor. If you choose to, you can even pedal and use the throttle at the same time.

“It’s as easy to swap out as any regular wheel,” Jonah said. He had ridden from Brooklyn to meet me, and there was still at least 75 percent battery life remaining on the standard 24V 8.7Ah battery. A complete charge from zero takes 2-3 hours. A 24V 14.5Ah extended range battery is also available, which offers 25-40 miles in pedal-assist mode. Depending on your choice, the entire setup — wheel, motor, battery, controller — weighs 19-21 lbs.

The Omni Wheel is in its second generation, with the first introduced in 2015, when Evelo launched. The first generation wheels are still in production and can be purchased for $800.

The biggest benefit of the Omni Wheel is that you can attach it to an existing bike, which is ideal for pedal pushers who are attached to their rides. If you love your bike but want to add some more oomph to it, this is one way to do it. And don’t worry if you have fancy disc brakes up front — the Omni Wheel can be adapted to incorporate them as well.

Albert Khoury
Former Weekend Editor
Al started his career at a downtown Manhattan publisher, and has since worked with digital and print publications. He's…
The future of AI may depend on this one behind-the-scenes change
Running Claude on Android.

Whenever a new AI model arrives, it's easy to get caught up in the bells and whistles. We talk about how much smarter it is, how quickly it answers questions, or how realistic its images have become. But here's the thing: none of that matters much if the AI can't reliably work with the apps and services people use every day.

That's why an upcoming update to the Model Context Protocol (MCP) caught my attention. It isn't a new chatbot or a fancy AI model. In fact, most people will never even know it's happening. But it could quietly make the AI ecosystem a lot healthier. If you've never heard of MCP before, don't worry. Think of it as a shared language that lets AI assistants safely talk to apps like Gmail, Slack, calendars, databases, and countless other services. Instead of every company inventing its own way to make those connections, MCP gives everyone a common rulebook.

Read more
The AI game-dev boom has a dark side: fewer jobs for the people starting out
Solo creators are thriving with tools like Claude Code and Copilot, but entry-level game roles are disappearing.
Man playing a video game on a desktop with glowing red and blue lights

AI is making it easier than ever for a single person to build a game. That sounds like a win for creativity, and in many ways, it absolutely is. But there is a catch. As generative AI tools help solo developers and small studios do more with fewer people, the same shift is making life tougher for writers, artists, concept creators, and junior programmers trying to break into the gaming industry.

AI is giving solo developers superpowers

Read more
A new AI model wants self-driving cars to think before they swerve
Forget guessing games, this self-driving AI actually shows its work.
Self driving car

Self-driving cars have gotten pretty good at driving. The harder problem is teaching them to drive safely in situations nobody planned for. We have heard horror stories of self-driving cars, behaving erratically in emergency situations, often times delaying first responders from reaching the scene.

A team at Seoul National University, led by professor Jun Won Choi from the Department of Electrical and Computer Engineering, thinks they have cracked part of that puzzle with a new AI model called SafeDrive. The research was recently selected as a highlight paper at CVPR 2026, a distinction that goes only to roughly 3% of all submissions.

Read more