I recently had the chance to attend Micromobility Europe 2024, the latest industry tradeshow promoting the proliferation of right-sized personal electric vehicles. For two days, the show took to Amsterdam to showcase many of the newest innovations and companies pushing the envelope on what micromobility vehicles can offer to urban residents.
Here is a smattering of many of the most interesting things I saw (and test rode) while exploring the show.
I’m going to run through these in no particular order, other than how they ended up being downloaded on my hard drive.
And to see even more, make sure you check out my video from the event, below. Then keep reading for all of the details!
Voltaire
This French electric bicycle company was new to me, but I instantly fell in love with their slick designs that invoke a classier, vintage vibe than we’re used to seeing in today’s ultramodern e-bike market.
With belt drives for simplicity and seat tube batteries to avoid a chunkier downtube, the bikes look like they’d make great commuter rides for anyone on the hunt for a more classic vibe.
Veloretti
The show’s European setting was a great chance to get introduced to e-bike companies that I don’t normally get to visit. Veloretti is based in Amsterdam, not far from the show’s venue, and so I got to see their more modern take on Dutch e-bikes firsthand.
I always love seeing a nice mix of old and new, so Veloretti’s Dutch-inspired designs were a refreshing sight. They seem to offer the kind of rider commuters are after, while still drawing on decades of the Netherlands’ rich history of cycling culture.
Cowboy Cross
Belgian e-bike company Cowboy had their newest model at the show, meaning I got to take the Cowboy Cross for a test ride through the surrounding Amsterdam neighborhoods.
With an inverted suspension fork, a suspension seat post, and slightly chunkier tires, the Cowboy Cross is definitely designed to handle rougher roads than a typical commuter bike.
This won’t take you offroading, but it will make those cobblestones and pot holes a lot less noticeable!
Bo
I always love seeing Bo’s electric scooters, as there’s just nothing else like it on the market. The scooter doesn’t fold, which is a rarity in the standing electric scooter world. But that means it’s much more rigid.
The scooter has a design all its own, and that seemed to win favor with the judges as Bo took the prize in this years Startup Awards at the show.
Now if I could just stop hearing the song “I’m Bo, yo!” in my head every time I write the scooter’s name, that’d be grreeeaaat.
Luna Systems
Out of left field was Luna Systems, which uses computer vision to make micromobility vehicles safer.
So far, they’ve mostly worked with commercial clients like scooter-sharing and bike-sharing companies, where their camera systems have helped improve the safety of those vehicles and keep riders accountable by tracking things like sidewalk riding.
But they also just unveiled their first consumer-facing product, the Luna Oculus, which is a camera system for cyclists that can warn you of upcoming close-passing cars that might risk your safety. If you opt-in, you can also share that data so other cyclists in your city can use the compounded data to learn which roads are the most dangerous for cyclists.
Luna is a startup that is funded by EIT Urban Mobility, an EU accelerator that looks for these types of innovative companies, as well as the next company on this list.
AD Knight
Continuing with the theme of using cameras and sensors to better protect vulnerable road users, AD Knight has a suite of software solutions that cities can use to understand and adapt to their growing micromobility ridership.
The company is currently starting a pilot with Peachtree City, Georgia, where intersections will be able to monitor and analyze the amount and type of micromobility users on the road. In the future, those intersections could potentially use AD Knight’s technology to adapt in real time, such as stretching a yellow light a few seconds longer to allow a slower-moving scooter rider to slip through before the signal changes for cross traffic.
Superfast Scooter
This one is a bit wild. These 40 mph (64 km/h) electric scooters are designed to offer motorcycle-like handling yet are intended to fold up so compact that they can fit in a golf bag for traveling.
They even use powertool batteries that are individually small enough to meet airline requirements for flights, yet add up to enough capacity and power for a fast electric scooter like this.
The design in still undergoing changes but the prototype showed what the company thinks is possible.
FLIT
This British folding e-bike makes me think that this is what Brompton should have built, instead of making something that looks like an e-bike conversion kit stuffed into a Brompton.
FLIT’s electric bike was purpose-built as an e-bike, meaning the electronics are integrated. However, it still folds up nearly as small as a Brompton, meaning it’s absolutely tiny.
You definitely need to watch it in action in my video at the top of this article.
Ebike OS
While we’re talking about Bromptons, I should also mention EbikeLabs, which showed off its control software in an electric Brompton at the show.
EbikeLabs doesn’t make any physical hardware, but instead offers impressive control software that can give e-bikes new features like hill hold and progressive regenerative breaking, among several other patents the company holds.
I tested out that regenerative braking, which is activated by pedaling backward like a coaster brake. It worked really well, which is saying something, considering a Brompton’s 16-inch wheel is the worst case scenario for powerful regenerative braking. Imagine that being applied to a larger commuter wheel, and the impact would be impressive.
Hydroride Europe AG
Ever tried a hydrogen-powered bicycle? Neither had I, at least not until I hopped on one of Hydroride Europe AG’s models at the show.
These hydrogen-powered bicycles have an on-board fuel cell that converts hydrogen from a small tank into electricity to power the rear hub motor.
To be honest, the ride didn’t feel that much different from most electric bicycles I’ve tested, which is sort of the point. The fuel may be different, but the ride is just as good.
Now whether or not hydrogen is a viable fuel for bicycles (or any other vehicle) is another question, and I’m not sure I see it taking off for consumers. But Hydroride is targeting commercial customers like bike-sharing companies who want to avoid depots full of charging batteries, so perhaps they’ll find some success on that front. For the rest of us, I don’t think we’ll be running hydrogen generators in our living rooms anytime soon.
Micromobility American show is coming soon!
It was great to see all of these companies and more at Micromobility Europe, and now it has me even more excited for what’s to come at Micromobility America this year.
The show will move to a new location this November, from San Francisco to Los Angeles this year, so make sure you stick around to hear what we find at the show this year. If you’re close to LA, you can still get early bird tickets,too.
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The United States is facing a shortage of TNT, a high explosive that is essential to the manufacturing of commercial explosives products, like cast boosters, which are commonly used in the mining and construction industries, according to the Institute of Makers of Explosives, or IME.
“Everything from your cellphone to your laptop to the roads you drive on to work, the homes you live in, just about everything you use on a daily basis started from commercial explosives,” said IME President Clark Mica.
The United States has depended on foreign suppliers of TNT since the mid-1980s, when the last domestic TNT facility shut down largely due to increasingly stringent environmental regulations. TNT production creates hazardous waste that poses risks to human health, according to the Environmental Protection Agency.
However, the war in Ukraine is putting strain on the global defense supply chain.
“It was indeed actually China and Russia who up until just a few years ago were selling TNT directly to the USA. Then the U.S. had to rely a lot on Poland,” said GlobalData senior aerospace, defense and security analyst James Marques. “Now the reality is that Polish company Nitro-Chem is absolutely flooded with orders at the moment, and most of their produce has been going across the border the other way into Ukraine instead.”
TNT, which industry insiders say cost 50 cents per pound in the early 2000s, now can cost upward of $20 per pound. President Donald Trump‘s 10% baseline tariffs are also making it more expensive to import TNT, which the U.S. now sources from Turkey, Vietnam, Australia, India and more.
“That means more expensive construction projects, more expensive infrastructure projects, more expensive energy production, all of these things that our economy relies on to continue to grow,” said Mica.
In response to the TNT shortage, Congress awarded defense manufacturer Repkon USA a $435 million contract to design, build and commission an Army-run TNT plant in Graham, Kentucky.
“Today marks the beginning of the return of TNT production to American soil. This history making initiative underscores our commitment to strengthening our national security and reducing reliance on foreign sources for critical materials,” Maj. Gen. John T. Reim said at a news conference last November.
Yet the plant is not estimated to be operational until 2028.
“In the short term, we’re going to have to find supplies to meet the demand,” Mica said.
Other high explosives that might normally serve as viable alternatives to TNT, like RDX, are also in short supply.
“Without these materials, you are unable to mine the critical minerals that are used to make cellphones. You’re unable to mine the aggregates that go into road-based materials. On the energy side, we use commercial explosives in energy production,” said Mica.
Watch the video above to learn more about the global TNT shortage and what’s at stake for consumers.
Used vehicles are not exactly flying off the lot right now, but EVs are bucking the trend with prices hitting the sweet spot of around $20,000 to $30,000.
Used EVs offer more at lower prices
Higher prices led to slower used car sales in the third quarter. According to a new analysis by Edmunds’ director of insights, Ivan Drury, the average transaction price for a 3-year-old vehicle rose to $31,067, up 5% from Q3 2024.
Used vehicle prices topped $30,000 in Q3 for the first time since 2022, when limited new-car availability led buyers to look for used options.
With prices nearly the same as buying new, shoppers are apparently waiting for the market to cool. The average number of days vehicles sat on the lot rose to 41 days in the third quarter, up from 37 in Q3 2024, and its slowest pace since 2017.
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However, not all vehicles are sitting on the lot. Used electric vehicles were a bright spot, selling in an average of 34 days, a week less than other powertrain options.
(Source: Edmunds)
Despite limited options in 2022, eight of the top 20 fastest-selling 3-year-old vehicles were EVs, “underscoring their growing appeal among shoppers seeking value and lower operating costs,” the Edmunds report highlighted.
EVs sold for an average of $29,922, or about $1,100 less than gas-powered vehicles, and they had significantly fewer miles. Electric models averaged 35,661 miles compared to 39,525 miles for gas vehicles.
(Source: Edmunds)
Nearly two-thirds (63.1%) of the electric vehicles sold fell in the $20,000 to $30,000 price range, compared with just 42.5% of other vehicles.
(Source: Edmunds)
The Tesla Model S was the fastest-selling used car in Q3, averaging 21.5 days to turn, followed by the Model 3 and Model Y at 24 and 26.3 days, respectively.
The Hyundai IONIQ 5 ranked 11th at 29.7, while the Volkswagen ID.4 (30.9), Audi e-tron (31.7), Kia EV6 (32), and Ford Mustang Mach-E (32.4) rounded out the top 20.
Used EVs “deliver one of the strongest value propositions in the market, Edmunds noted, adding that the lower prices offer shoppers access to new tech and performance for significantly less than paying for it new. “In many ways, used EV buyers are embracing technology that’s just one generation old, while new EV buyers still face the risk of paying premium prices for models that evolve rapidly year over year.”
The expiration of the $7,500 federal tax credit for new EVs could push even more buyers to look toward the used market.
Looking to test one out for yourself? We can help you get started. You can use our links below to see available EVs in your area.
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Isaiah Taylor, CEO, Valar Atomics speaks onstage during the Reindustrialize Conference 2025 on July 16, 2025 in Detroit, Michigan.
Tasos Katopodis | Getty Images Entertainment | Getty Images
Advanced nuclear reactor developer Valar Atomics raised $130 million in its latest funding round with backing from Anduril Industries founder Palmer Luckey and Palantir Chief Technology Officer Shyam Sankar, the startup said Monday.
The fundraising was led by venture capital firms Snowpoint Ventures, Day One Ventures and Dream Ventures. Lockheed Martin board member and former AT&T executive John Donovan also participated. Valar’s total fundraising now totals more than $150 million, according to the company.
Doug Philippone, co-founder of Snowpoint and former head of global defense at Palantir, will also join Valar’s board of directors.
Valar is one of several nuclear startups that hopes to benefit from President Trump’s push to deploy new reactor technology in the U.S. by cutting regulations and accelerating approvals.
Based outside Los Angeles, Valar is one of several reactor developers and states that are suing the Nuclear Regulatory Commission over its licensing process for small reactor designs. The parties to the suit are seeking a resolution with the NRC in the wake of Trump’s executive order that would overhaul the regulator. The case has been temporarily paused due to the government shutdown.
Pilot program
The Department of Energy in August selected Valar and other developers to participate in a pilot program that aims to deploy at least three advanced test reactors by July 2026.
Valar is developing reactor technology that would use helium as a coolant and operate at much higher temperatures than traditional plants, according to the company. Its business plan calls for the deployment of hundreds of small reactors at a single site.
Valar broke ground on a site for a test reactor in September at the Utah San Rafael Energy Lab, a unit of the Utah Office of Energy Development.