Electric dirt jumpers are a niche within a niche of the larger electric bike market. But while the ONYX LZR Pro e-bike doesn’t have much competition on either side of it as one of the models in its class, the bike still manages to stand out for its impressive build quality and ability to take it to the streets and the trails.
Now I’m not much of a jumper myself. I’ve seen the marketing images and videos from ONYX that show their team of pro riders flying across the sky on this e-bike and thought, “Well, there’s something I’ll never be able to do.”
And I was right. This isn’t going to be a review where I learn to defy gravity with the best of them. I’m not setting you up for a path-to-discovery type of story here, where the real dirt jumper was inside of me the whole time.
But what I did discover was just how much fun I can have on the trails and smaller jumps with a high-quality e-bike like the ONYX LZR Pro. I didn’t jump it off any loading docks or six-foot ramps, but I still had it nearly sideways on berms and slinging dirt in every direction. And if you’re a better rider than me, you could get some serious air time all day and night on this kind of bike without worrying that it won’t stand up to the abuse.
You can take a look at my own in-depth testing with my video review below. And if you want to dive even deeper, then keep on reading for the rest of my written review afterward.
ONYX LZR Pro video review
ONYX LZR Pro tech specs
Motor: 900W Bafang M600 mid-drive motor
Top speed: 28 mph (45 km/h)
Range: 30-70 miles (51-112 km)
Battery: 36V 14Ah (504Wh)
Weight: 47 lb (21.3 kg)
Frame: Aluminum alloy 6061
Suspension: Front suspension fork with 100mm travel
Brakes: Tektro hydraulic disc brakes
Extras: Wood inlay LED dot meter for battery gauge and PAS level indicator, thru-axles, torque sensor, three color options (one for LZR Pro and two for LZR)
First of all, you should know there are two different e-bikes in the LZR series. I tested the LZR Pro, which is the more powerful 900W version with the M600 Bafang mid-drive.
There’s also a slightly tamer 500W mid-drive version with a bit less torque (95 Nm vs. 120 Nm). They’re both quite similar otherwise, but you all know me — I’m going to opt for more power whenever possible.
Neither has a throttle, though, making these class 3 e-bikes in the purest form. That means that even though there’s good power here, you won’t be able to access it without some good old fashioned pedaling.
Build quality
The first thing you’ll notice about the LZR is the build quality. ONYX didn’t skimp on parts, and it starts right from the frame. They use something called Smooth Weld Additive Technology (SWAT), which somehow results in buttery smooth welds at the frame tube joints. I’ve seen beautiful frames before, and this one puts those other to shame.
Even down by the dropouts in the rear, where many nicely made frames tend to still have less-than-desirable weld finishing, the LZR Pro’s frame is immaculate. Whoever welded this thing took pride in their work and it shows.
The quality components continue around the bike. The bike uses BMX dirt jump hubs with true thru-axles instead of quick release skewers. The front is still a quick release to make it easy to pull out the wheel when necessary, but the thick thru-axles are designed to take the forces of repeated jumps and hard braking.
All the routing of cables and hoses is internal, including for the Tektro HD-M285 hydraulic disc brakes.
That front suspension fork offers 100mm of adjustable suspension with lockout for when you head back to the tarmac.
And there’s even a beautiful wooden inlay for the battery meter and pedal assist power level display. It reminds me of the wood on ONYX’s electric mopeds, and it helps create continuity in the company’s model lines, despite the very different designs and use cases.
Now as much as I love the way ONYX uses real wood in their products, the display on the ONYX LZR Pro is a bit simplistic because of that. You don’t get any speed readout with those five basics LEDs. Instead, you just get an approximate battery percentage with 20% increments and a 1-5 pedal assist level indicator. Does it work? Absolutely. Do I sometimes wish for more data? Also absolutely. I’m used to very detailed e-bike displays, and so moving to this simplistic display came with some adjustment period for me.
But I also get it. This is a dirt jumper. It’s a bike that will inevitably fly through the air and come crashing back down to earth. The fewer bits and pieces bolted onto it, the better. There’s less to break that way.
And that probably explains the lack of other parts like a derailleur, kickstand, LED lighting, or other added components that could become violently separated from the bike in a crash. You can add all of those (well, maybe except for the derailleur) if you wanted, but riders who use this bike for more extreme performance will likely accept that those parts are largely unnecessary. You’re not worried about being lit up for cars when you’re dropping in on a massive dirt ramp.
Since some riders will likely still use this bike for more commuter-oriented roles though, adding your own LED lights is probably a good idea.
How does it ride?
I tested the ONYX LZR Pro electric bike in a wide range of use cases. I took it commuting in bike lanes. I explored nature trails through the woods. I wound my way through singletrack switchbacks. And I even did a small amount of dirt jumping, at least as far as my primitive jumping skills would let me.
As a commuter bike, the fast and responsive pedal assist made it a great bike for taking the lane with cars or for slipping back into the bike lane when traffic got too heavy.
The bars are a bit wide for navigating some of the tighter areas in a city, especially if you frequently lane split like me and wiggle through cars in grid-locked traffic. But for anyone who mostly sticks to bike lanes, they’d be just fine.
The real fun starts when you head off-road. The powerful motor makes quick work of the trails. Most bikes can hold their own on relaxed nature trails, and the LZR Pro is no different. But it really shines when you get it on the more technical stuff.
The winding singletrack that I was riding was perfect for showing off how nimble the bike could be, and the up-and-down rollercoaster nature of the trails really accentuated the benefit of a powerful mid-drive for quickly climbing up inclines to get to the next downhill section. The responsive pedal assist gave me a nice boost, even when I only had time for a couple quick pedal rotations between switchbacks.
Since there is no hand throttle, I still felt like I was in the driver’s seat the entire time by providing my own pedaling. And I was still huffing and puffing a bit at the end of each trail, even though I had a powerful motor beneath me. I kept the pedal assist around level 2 out of 5 since the bendy trail made it hard to get going too fast. But on the straighter sections, I would bump the pedal assist up and really feel the wind in my face. And when back on the road, hitting pedal assist level 5 was a quick and easy way to get up to 28 mph (45 km/h) in a flash.
I’m sorry to say that I didn’t personally hit the big six-foot jumps that I’ve seen other people do with the ONYX LZR Pro. I wish I had those skills, but sadly I’ve always been more of an urban rider than an Evel Knievel. But a bike like this with such high-quality construction certainly gave me the confidence to get out of my comfort zone and get more air between my tires and the ground than I would normally feel comfortable with.
In case you’re wondering what it looks like when pro riders take to this thing, have a look at this.
For the record, that’s not me.
What is this bike for?
So here’s the rub. Most people are probably more like me, in that you can have some fun off-roading but you’re more likely to be found on the streets and sidewalks than on a takeoff ramp.
In that case, the ONYX LZR Pro still works great as an urban bike. And we’ve seen plenty of stunt riding from ONYX’s pro rider team when they turn cities into bike parks and playgrounds. So we know it works just as well on the asphalt.
But for us average joes, there are still a few drawbacks. The lack of fenders or racks limit the bike’s utility for true commuter use. The nonremovable battery means you’ve got to bring the bike inside your apartment (or garage, if you’re lucky to have one of those) for charging. And the single-speed setup means you’re stuck with a single gear ratio (44T chainring and 14T rear sprocket). And all of that makes sense for a bike that is primarily designed to launch.
Even despite those drawbacks in the eyes of a more urban rider, the bike is so much fun as a dual-purpose runabout that I can look past those shortcomings. They exist not because the bike skimped in certain areas but because it’s specifically designed to be able to do more. And with the kind of build quality to make it rugged enough for that tougher riding that it’s designed for, it should last for years and years with normal city riding.
At its current sale price of just $1,999 (or $1,799 for the 500W version), the ONYX LZR Pro feels like a solid deal to me. That price is more than fair when you consider the quality parts and attention to detail in the construction of the bike.
This type of riding and this type of e-bike isn’t for everyone, that’s for sure. But for those looking for a bike that can handle this type of use, the ONYX LZR Pro is absolutely built to take it.
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All-electric aircraft developer BETA Technologies has shared another important milestone in bringing its first two vessels to market. Most recently, BETA’s founder, CEO, and test pilot Kyle Clark took the production version of its ALIA eCTOL up for its first flight, as seen in the video below.
BETA Technologies is a fully integrated electric aircraft and systems developer based in Vermont. Three years ago, it debuted its first electric vertical takeoff and landing (eVTOL) aircraft, the ALIA–250. That BETA vessel has since been renamed the ALIA VTOL and completed a piloted test flight transitioning mid-air this past April.
In addition to the ALIA VTOL, BETA has also been developing an electric conventional takeoff and landing (eCTOL) plane called the ALIA CTOL. To date, it has flown tens of thousands of test miles en route to evaluation flights for FAA certification. That aircraft is targeting full approval for commercial operations by 2025.
As BETA moves closer to bringing the ALIA CTOL to the public, it has completed its first bonafide production build in South Burlington. Following a Special Airworthiness Certificate from the Federal Aviation Administration (FAA), BETA has successfully taken its production-ready ALIA CTOL up for a test flight, piloted by its founder and CEO.
Watch BETA’s founder complete a CTOL test flight
BETA Technologies shared details of its first successful production CTOL test flight today alongside the images above and the full video below.
Once the production-intent build of the ALIA CTOL was complete, the FAA inspected the aircraft for safety and compliance before granting BETA a Multipurpose Special Airworthiness Certificate for Experimental Research & Development, Market Survey, and Crew Training, signing-off approval for test flights.
On November 13, BETA CEO, founder, and test pilot Kyle Clark conducted the first test flight of the ALIA CTOL aircraft, which lasted nearly an hour. The test included a conventional runway takeoff before the aircraft climbed to 7,000 feet.
While in the air, Clark tested the aircraft’s handling qualities, stability, control test points, and initial airspeed expansion before completing several approaches ahead of a normal landing. Clark spoke following the successful flight:
This start of our production CX300 flight test campaign is a result of years of hard work and focus on studying customer requirements, hard engineering, manufacturing, production, quality and test. It represents a significant milestone for BETA, and is the beginning of an exciting new phase for the business. With this, we’re one step closer to putting this technology into the hands of our customers.
We learned a lot from this first production build. We weren’t just building an aircraft company, we were building and refining a system to build high quality aircraft efficiently. This first build allowed the team to collect data and insight on manufacturing labor, tooling design, processes, yields and sequences, all of which are being used to refine our production systems.
With its production test flight campaign now underway, BETA says it will continue testing the ALIA CTOL aircraft for the standard 50 hours required before qualifying for a Market Survey and Crew Training certificate. That next certificate will enable BETA to fly outside of Burlington and Plattsburgh and continue training additional pilots on the aircraft.
The company shared it will also continue production of additional aircraft, including ALIA CTOL and ALIA VTOL configurations, the latter of which was recently teased in October. You can view footage of BETA’s CTOL flight below.
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Crude oil futures rose slightly on Thursday, with the U.S. benchmark trading around $69 per barrel, though the market outlook remains bearish.
Global crude supplies are expected to outstrip demand by more than 1 million barrels per day next year led by robust growth in the U.S., according to the International Energy Agency’s monthly market report.
Here are today’s energy prices by 8:07 a.m. ET:
West Texas Intermediate December contract: $68.92 per barrel, up 49 cents, or 0.7%. Year to date, U.S. crude oil is down more than 3%.
Brent January contract: $72.78 per barrel, up 50 cents, or 0.7%. Year to date, the global benchmark is down more than 5%.
RBOB Gasoline December contract: $1.9711 per gallon, up 0.3%. Year to date, gasoline has fallen nearly 6%.
Natural Gas December contract: $2.966 per thousand cubic feet, down 0.6%. Year to date, gas has gained nearly 18%.
UBS slashed its price forecast for global benchmark Brent to $80 per barrel from $87 previously on weakening demand in China, the world’s largest crude importer.
OPEC on Tuesday cut its demand growth forecast for the fourth month in a row earlier this week.
U.S. crude oil has shed about 4% and Brent is down 3.5% since Donald Trump won the U.S. presidential as the dollar has surged. A stronger U.S. dollar can depress oil demand among buyers that hold other currencies.
Leading electric vehicle analyst, author, and industry thought leaders Loren McDonald and Bill Ferro stop by Quick Charge to discuss EV Adoption’s acquisition by Paren, the “crisis” of EV charging reliability, and the real state of the EV market.
Depending on who you listen, EVs are either driving brands to record growth and are about cross that critical 10% of the overall market nationwide, or the future is bleak, the market is down, and EVs just aren’t selling. What’s really going on? Loren and Bill (probably) have some answers.
Today’s episode is sponsored by BLUETTI, a leading provider of portable power stations, solar generators, and energy storage systems. For a limited time, save up to 52% during BLUETTI’s exclusive Black Friday sale, now through November 28, and be sure to use promo code BLUETTI5OFF for 5% off all power stations site wide. Click here to learn more.
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