Can-Am, a subsidiary of BRP (Bombardier Recreational Products), marked a significant milestone this week as its first electric motorcycle rolled off the production line.
The long-anticipated event took place at the company’s assembly plant in Querétaro, Mexico, signaling a new chapter for the brand as it leverages its storied powersports legacy to launch a new line of modern electric commuter motorcycles.
The first Origin model off the line, part of Can-Am’s new electric lineup, represents the company’s first foray into the rapidly growing electric motorcycle market. Designed to appeal to urban commuters and environmentally conscious trail riders, the Pulse and Origin bikes feature a sleek design, sporty performance, and a promise of zero-emissions, low-maintenance riding that the company hopes draws in new riders as well as seasoned veterans.
“Today, we are celebrating the first Can-Am electric motorcycles coming off the assembly line,” remarked Can-Am CMO Josee Perreault. “With this milestone, Can-Am is bringing new energy to the global electric motorcycle market. Built on 80+ years of powersports ingenuity, these all-new, all-electric bikes are proof once again that innovation is at the core of what we do. Today marks the day we reclaim our two-wheel heritage. Can-Am motorcycles are officially here!”
The first two models in Can-Am’s electric lineup were originally unveiled back in 2022, ahead of their official launch earlier this year.
The Can-Am Pulse is designed as a naked street bike, while the Origin is the more dual-sport version, despite both sharing the same Rotex powertrain.
The bikes will roll out next year with 8.9 kWh battery packs, putting them on the lower end of battery capacities these days for full-size electric motorcycles. Those battery packs offer an estimated city range of 100 miles (160 km) or 90 miles (145 km) for the Pulse and Origin, respectively. The batteries fall just below the capacity of models offered by LiveWire, such as the Del Mar and Mulholland, but above Zero Motorcycles’ entry-level electric rides.
The good news is that smaller batteries charge faster, with the company claiming a 20-80% charge time of just 50 minutes when using a Level 2 charger. For city jaunts, 90-100 miles is likely plenty for most riders. Just don’t expect to be cruising the highways for too long with a modest battery pack like this. For the Origin, trail riding may require careful selection to ensure charging facilities are available nearby, though more off-road trails are beginning to install charging networks, even if the pace has been slow.
The bikes also share a 47 hp (35 kW) electric motor. With a 0-60 mph (0-96 km/h) of 3.8s and 4.3s for the street-ready Can-Am Pulse and dual sport Can-Am Origin, respectively, it sounds like both models take advantage of every single watt available to them. And with an enclosed chaincase powering that rear wheel, the bike is supposedly quieter than most other chain-driving electric motorcycles.
The Pulse is priced at US $13,999, unless you want the Pulse ’73 model with a few extra colorway and body accoutrements, plus fancy LED lights, for a grand total of US $15,999. It costs just a bit more to hit the dirt with the Origin starting at US $14,499 for the standard version or $16,499 for the Origin ’73 edition.
Those prices fall far north of smaller commuter motorcycles available from US-based companies like Ryvid, but undercut the flagship electric motorcycles offered by companies like LiveWire and Zero.
But Can-Am is hoping on more than just pricing to win over riders, relyign on the bikes’ supposed unique riding experience. “We’ve put years of product design, development, and engineering into them to optimize the riding and ownership experience,” explained Can-Am’s Chief Design Officer Denys Lapointe. “They’re contemporary, technologically advanced, and they’re designed to be simple and fun to ride regardless of your experience. Once behind the handlebars, riders will see that we built these from the ground up with them in mind, from the nimble handling, to the comfort and ergonomy that makes them feel at one with the bikes. Here’s to awakening the energy within every rider!”
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Is it just me, or do too many new vehicles look about the same? Hyundai believes it’s time to end a popular trend that nearly every EV has nowadays.
Hyundai looks past the LED lightbar for new EV design
The LED light bar has been around for a while. In the early 2000’s Xenon headlights were the hit trend, offering much brighter light while consuming less energy.
Although it was initially mainly found on luxury vehicles, Hyundai was one of the first to jump on the trend, working to make it more widely available at a lower cost.
Over the past few years, the trend has evolved into a thin LED light strip stretched across the front and sometimes the rear of the vehicle.
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Since most brands are slapping it on electric vehicles, it’s become almost a status symbol of the EV movement. In early 2023, Hyundai revealed the new “EV-derived, futuristic” design for the Kona Electric, placing a heavy emphasis on the front LED lightbar.
Hyundai Kona Electric N Line (Source: Hyundai)
Nowadays, nearly every vehicle, EV or gas-powered, has the popular design feature. Even Tesla hopped on the trend with the new Model Y, Model 3, and Cybertruck.
According to Hyundai’s design boss, Simon Loasby, LED lightbars are “almost at the end of their journey.” After unveiling the new Concept Three at the Munich Motor Show last week, Loasby explained to Car Magazine on the sidelines, “When is the time you need to let go [of light bars], it’s almost like the end of that.”
The 2026 Hyundai Sonata Hybrid Limited with an LED lightbar (Source: Hyundai)
Although Hyundai recently added the lightbar to the Grandeur, Kona, and Sonata, Loasby said he’s “seen enough.”
“It worked at the time, and it was absolutely right, the Grandeur was the first car with a one-piece structure. The biggest thing is the cost level, you just can’t afford to do it and some customers don’t need it,” Hyundai’s design chief explained.
Hyundai IONIQ 9 (Source: Hyundai)
In China, “you must have it,” Loasby said, but in other markets, like Europe and the US, it’s not needed. Hyundai is instead focusing on differentiating itself with its unique pixel lightning, found on the IONIQ EV models.
Hyundai has already had a few copy its design, notably the Fiat Grande Panda, which Loasby joked, “thanks for copying, thanks for being inspired by us.”
The Hyundai Concept THREE EV, a preview of the IONIQ 3 (Source: Hyundai)
It may be time for a shake-up. Loasby said, “I think we are almost at the end of journey in terms of lighting. It’s almost like chrome.”
Hyundai’s new Concept Three, which is expected to launch as the IONIQ 3 in production form, did not feature a full LED lightbar. Instead, it had an updated pixel lightning design.
Electrek’s Take
I have to agree with Loasby on this one. I must admit that at first, I was a fan of the sleek look of a nice, slim lightbar, especially at night.
The more I see it, the more it reminds me of a Toyota now. And that’s nothing against them (It is the world’s largest automaker), but should a Tesla Model Y, or even a Porsche 911, look the same as a Toyota from the front? I’ll let you determine that one.
I drive a 2023 Tesla Model 3, the last of the pre-facelift version, and was pretty bummed to see how cool the updated Model 3 looked at first. The more I see them, though, the more I like the design of the first-gen Model 3 and its wide eyes. It’s unique. Now, the Model 3 looks like any other vehicle, at least, in my opinion.
Is it time to put an end to the LED lightbar? Let us know how you feel about it below.
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Zero 60, an EV charge point operator on the ChargePoint network, is bringing fast charging to a Culver’s in the Northwoods of Wisconsin. The company, founded by Faith Technologies Incorporated (FTI), will install a renewable-powered charging station in Rhinelander.
The new site sits along a state-designated Alternative Fuel Corridor at Culver’s on 620 W. Kemp St. It will feature four 160-kilowatt charging ports, giving EV drivers in northern Wisconsin reliable fast charging well beyond the state’s urban hubs.
The project is backed by the Wisconsin Department of Transportation’s first round of funding from the Wisconsin Electric Vehicle Infrastructure (WEVI) program. Wisconsin wants to ensure EV drivers can confidently travel north, knowing they won’t be stranded without chargers.
“Partnering with a well-known brand like Culver’s gives us a unique opportunity to combine Midwest hospitality with clean, convenient charging,” said Wade Leipold, executive vice president of FTI. “We’re proud to support Wisconsin’s efforts to build a robust, future-ready charging network that serves communities and travelers alike.”
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Zero6 Energy is financing, owning, and operating the station, while FTI is handling the engineering, design, installation, and ongoing maintenance. Zero 60 already operates nine charging sites and has plans for many more across the US, with the first wave of stations installed in New York, California, Colorado, and Wisconsin, and more currently being developed in other states.
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Tesla is attempting to conceal the details of three separate accidents involving its Robotaxi service in Austin, Texas, despite having only two months of service with a small fleet.
Due to the Standing General Order 2021-01 (the “SGO”), automakers are required to report to NHTSA crashes involving their autonomous driving and advanced driver assistance systems within five days of being notified of them.
We have previously reported on Tesla leading crashes for level 2 driver assistance systems by thousands of reported crashes, but the automaker never reported any automated driving crashes because it never had any system that would qualify as a level 3-5 SAE automated driving system, despite the name of its “Full Self-Driving” software package.
This has changed with the launch of Tesla’s limited Robotaxi service in Austin, Texas.
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Now, Tesla has reported its first three accidents involving an “automated driving system” through its new Robotaxi effort:
Report ID
Same Incident ID
Model
Model Year
Incident Date
Incident Time
Roadway Type
Injury Severity*
13781-11507
346e79b6abcc2ca
Model Y
2026
JUL‑2025
03:45
Street
Property Damage. No Injured Reported
13781-11459
8578fbc6ef74c60
Model Y
2026
JUL‑2025
12:20
Street
Minor W/O Hospitalization
13781-11375
b5d3e7bb23a3388
Model Y
2026
JUL‑2025
15:15
Intersection
Property Damage. No Injured Reported
All the accidents happened in July, during Tesla’s first month of operating its Robotaxi service in Austin, Texas.
There was at least one injury reported for one of the crashes, but Tesla lists it as “minor”. None of the accidents is being investigated by authorities based on the information Tesla has released.
Tesla hasn’t released many details about its Robotaxi effort, but the automaker is estimated to have only about 12 vehicles in its Robotaxi fleet in Austin as of July, and it was offering rides to only a limited group of users, mostly Tesla influencers and shareholders who are disincentivized from criticizing the company.
As it does with its ADAS crash reporting, Tesla is hiding most details about the crashes. Unlike its competitors, which openly release narrative information about the incidents, Tesla is redacting all the narrative for all its crash reporting to NHTSA:
It makes it hard to get any context about the accident and assess the level of responsibility for the automated driving system.
Unlike competitors, such as Waymo, Tesla’s Robotaxi still uses a “safety monitor” who sits in the front seat with a finger on a kill switch ready to stop the vehicle. Despite this added level of safety, Tesla is evidently still experiencing crashes.
CEO Elon Musk has claimed that Tesla would remove the safety monitor by the end of the year and deliver on its “full self-driving” promises to customers, but he has never shared any data proving that Tesla’s automated driving system is reliable enough to achieve that.
The facts are that Tesla has never released any significant data to prove that its system is reliable. Never.
The only data Tesla has shared is the cumulative mileage driven by the fleet on Autopilot and Full Self-Driving, but that’s with a human driver at the wheel at all times.
Tesla never shared disengagement data despite publicly claiming multiple factors of improvement in miles between disengagements.
How can you trust a company that operates like that?
Furthermore, it redacts the most critical details of crashes involving its driver-assist and automated driving systems.
That’s not the type of opacity I want to see from a company deploying potentially dangerous, yet also potentially lifesaving, technology.
Unfortunately, I’ve lost hope of regulators doing anything about this any time soon. It will likely take more tragic accidents for them to act.
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