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The Motocompacto is silly, impractical, and a lot of fun.

Ever since moving back to New York City a year ago, I’ve gotten really into e-biking. The city upped the number and quality of e-bikes in its bikeshare program, and I’ve been
taking full advantage. But the e-bikes are so popular, they aren’t always available, and I’ve been wondering if it might be time to invest in my own ride.
Enter the Motocompacto. Honda’s new whimsical, seated e-scooter immediately caught my eye when I saw a story announcing its pending arrival in September. I live on the third floor of a building with no bike storage, so I was intrigued by the possibility of folding up the Motocompacto and carrying it up the stairs. And at $995, it was cheaper than most e-bikes on the market, which tend to range from $1,200 to $3,000. Also, just look at it.

But also ... just at look it. Why does it resemble a suitcase? Can you ride around on it without feeling completely silly? And why did Honda, which doesn’t even have a fully electric vehicle yet, make this thing?
The scooter became available for purchase Wednesday at Honda and Acura dealerships around the country, and I jumped at the chance to find out.
I already knew the Motocompacto had a fun, retro backstory. It was inspired by the
Motocompo, a badass miniature motorized scooter that Honda sold in Japan between 1981 and 1983 as an accessory to another sweet Japan exclusive, the Honda City. But there’s a lot more to the story, as I found out when I arrived at the test-drive site in Manhattan on Wednesday, and met with Jane Nakagawa, the vice president of the research and development business unit at Honda, and Nick Ziraldo, a design engineering manager who led the product development.
Nakagawa told me the scooter was initially pitched for an annual contest at the Honda design studio. The concept was the McDonald’s Happy Meal — or rather, the collectible toy inside that lures children. A designer of the Prologue, Honda’s upcoming entry in the electric vehicle space, wanted to find a way to make Honda’s EVs stand out in a crowded field. “He said, ‘what if the Motocompacto was the toy, and the burger was the car?’” Nakagawa recounted.
It’s not the cleanest analogy, because the Motocompacto won’t be a free accessory to the Prologue. Then again, the scooter really is very toy-like. My colleague, Jeva Lange, pointed out that it looks like one of those ride-on suitcases for kids.
Anyway, when the idea reached Ziraldo, who typically works on vehicle accessories like trailer hitches and roof racks, he was smitten enough to take it on as a passion project. “I’ve been developing this as a second job at night after my kids go to bed,” he told me. When I asked him if it was exciting to see the Motocompacto out in the real world, he lit up, and said it wasn’t something he ever expected to happen in his career.
He recalled the first time he rode the prototype that most resembled the final product. It was icy outside, so he took the scooter down to the vehicle safety lab where they crash cars. “I waited until everybody went home, and then in the dark, I was riding around by myself on this thing, and it felt fun. It felt like a Honda to me for the first time.”
When I hit the bike path in Manhattan next to the Hudson River, I could see what he meant. At first I felt a little unstable. I’m used to the bulky, heavy, e-bikes, and the Motocompacto is narrow and ultra-light by comparison. But unlike the e-bikes, which tend to lurch forward when you first start pedaling, the acceleration was smooth. I also felt a lot more safe and comfortable on it than I do on a stand-up scooter. Within a minute I was cruising, totally at ease, and grinning like a little kid.
The scooter has two modes, and the speed is controlled by a throttle on the handlebar. The first mode caps the speed at 10 miles per hour, the second at 15. It’s not slow, exactly, but it’s slower than the 20 miles-per-hour that the electric Citi Bikes can achieve. I wondered how it would fare going up a hill, or bumping along one of the city’s more torn-up streets — especially since the body rode so low to the ground. And as Citi Bikes sped past me, I did feel a bit silly.
Ziraldo said they capped the speed at 15 mph because if it went any faster, you’d need a license and registration to drive it, according to regulations for this class of scooter. The bike also only has a range of 12 miles on a single charge. That would probably be enough for my needs, assuming I’d remember to be diligent about charging it. (A full charge takes about 3.5 hours.) But most e-bikes and scooters on the market have a range closer to 30 miles, if not more.
As for portability, I found it a bit laborious to pack up and then reassemble , though I’d probably get the hang of it with practice. Ziraldo, a seasoned pro, had it down to less than 30 seconds. The weight — just over 40 pounds — also felt heavier than I’d hoped, but manageable.
The most befuddling aspect of the design was the lack of storage space. Ziraldo suggested that you could stow a water bottle or laptop in the narrow slot in the body of the vehicle. The problem is, that’s where the seat and handlebars go, so you’d probably have to take everything out if you wanted to fold up the scooter upon arrival.
Which leads me to the question of who, or what, is this rideable attaché case for? Though it checks a lot of boxes, I came to the conclusion it wasn’t quite rugged or all-purpose enough for life in New York. I could see it being a fun option for a ride to school in the suburbs, or getting around a more sprawling city with better maintained roads. Ziraldo thinks it will be helpful for “last mile” trips, like the distance between one’s house and a transit stop, or a parking garage and a final destination. He also thinks of it as the “perfect campus commuter.” That’s probably the scenario that felt most realistic to me.
I got the impression that the team at Honda prioritized making a winsome little ride over more practical matters. “In the end, there were certain non-negotiables,” Nakagawa told me. “That overall shape was non-negotiable, and the fact that everything folds into it was non-negotiable.”
There’s nothing wrong with making a showpiece or a plaything, but the Motocompacto seems more primed to become a supplement to driving than a serious alternative. And while the scooter will certainly appeal to adults, I suspect the product might be more successful with a younger audience. “In fact, we’re kind of excited that it could be the first new Honda for a 12 year old, you know, without a driver’s license,” Nakagawa told me. “That’s something we’re looking forward to.”
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Local opposition has exacted a much higher cost for developers than has been previously understood, according to new Heatmap Pro survey of public records and financial information.
The country’s largest technology companies are expected to spend more than $800 billion this year investing in data centers and artificial intelligence.
But new data suggests the local backlash to data centers may be taking a meaningful bite out of that boom.
At least $260 billion of data center investments were canceled this year after sustained local opposition, according to new Heatmap Pro data.
The pace and size of those cancellations is picking up. About $130 billion in data center investment — or about half of the total — was canceled in the three months ending on September 30. And in dollar terms, the size of canceled projects in the third quarter of 2026 exceeded the size of all data center projects canceled last year.
Roughly $1 trillion in data center investment now faces some kind of sustained or meaningful local opposition, according to Heatmap Pro data. About half of all projects that have met local backlash this year were ultimately canceled, our data suggests.
Our market intelligence service Heatmap Pro tracks local projects and regulations affecting clean energy, batteries, and data centers. We run a continuous survey of public officials, regulatory filings, and local media to monitor energy and data center cancellations nationwide.
Our investment figures, which have not been previously published and are larger than other estimates, are likely an undercount. Only about 60% of data center projects disclose the size of their planned investment, especially during a proposal’s early stage when it is most likely to run aground.
These figures also do not include every project currently stalled because of state-level data center moratoriums in Texas and New York.
But the totals show that the surging backlash to data centers is beginning to kill a sizable share of large computing projects. In August, a Heatmap Pro and Embold Research poll found that 75% of Americans would oppose a data center getting built near where they live — a striking change from a year earlier, when Americans were roughly split over the projects.
“The number of canceled data centers speaks to the vast and growing grassroots opposition to these projects in communities across the country. The fact that many of these projects were defeated in just the past few months speaks to the upward trajectory of this opposition movement,” Mitch Jones, a policy director at Food and Water Watch, an environmental group that opposes AI data centers, said in a statement.
A spokesperson for the Data Center Coalition, which advocates for the industry, did not respond before press time.
Most canceled data center projects in our database are terminated because they fail to secure a local permit or face a hostile local government action. Hundreds of U.S. counties and towns now maintain a ban or moratorium on data center construction, our data shows. The Senate’s bipartisan permitting reform proposal would not affect towns or counties’ ability to prohibit data center development under their jurisdiction.
Current conditions: Cold air is sweeping into the American Northeast after a brief blast of summer-like heat that drove temperatures in New York City up to 85 degrees Fahrenheit last week • Hurricane Nolo crossed the International Date Line, officially becoming Typhoon Nolo • The heat wave roasting Southern California is straining the grid, causing outages for more than 23,000 people in the Los Angeles area.
Greenland’s government on Monday approved the mining and decommissioning plans for Critical Metals’ Tanbreez rare earths project, which Mining.com described as one of the world’s “larger undeveloped heavy rare earth projects outside China.” The preliminary economic analysis for the mine pegged its total value at $2.1 billion, with an estimated initial capital cost of $290 million. “Approval of the Mining and Closure Plans is a defining milestone for Tanbreez and for Critical Metals Corp.,” Tony Sage, the chairman and chief executive of Critical Metals, said in a press release. “It gives us a clear framework through 2050 to responsibly develop one of the world’s largest heavy rare earth deposits, in partnership with the government of Greenland and the communities of South Greenland.”
If it goes forward, the project could be among the first major rare earths mines in Greenland, where the Trump administration has claimed the right to veto any major foreign investments as part of the deal signed with the Danish government last month, which gives Washington perpetual security oversight over the self-governing North American island. Critical Metals, notably, is headquartered in New York, though its largest shareholder is the Australian mineral investor European Lithium Limited. Yet opening a new mine in the U.S. might be getting even easier. As my colleague Matthew Zeitlin reported last week, miners — ahem — struck gold with the regulatory changes in the bipartisan permitting reform bill.
The Department of Energy is preparing to unveil $150 million in funding for a 223-mile transmission line in Alaska that would serve nearly three-quarters of the state’s population of just 735,000 people. The move, reported first by Reuters, comes as Vice President JD Vance prepares to visit the state to support Republican Senator Dan Sullivan’s bid for reelection in what’s expected to be a tight race with Democrat Mary Peltola. The total cost of the project is $400 million.
First Solar built the largest photovoltaic manufacturing business in the U.S. by churning out thin-film panels that, while less efficient than the polysilicon-based technology popularized by China, perform better in low light and high temperatures, earning a solid market among utility-scale developers. But now Chinese manufacturer JA and its subsidiaries are allegedly muscling in on thin film — as is American Panel Solutions, a wholly owned U.S.-based subsidiary of the polysilicon giant Corning. First Solar now accuses the companies of illegally infringing its patent for manufacturing its solar cells, according to PV Tech. The Ohio-based giant has previously sued Jinko, Canadian Solar, T1 Energy, and Trina Solar. First Solar won a key preliminary victory in January.
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Starbucks has abandoned or watered down green targets and let go its sustainability staff as the coffee and food chain looks to cut $2 billion in costs. On Monday, the Financial Times reported that the company had revised or dropped pledges to halve water use and waste, and placed a target of slashing carbon emissions by 50% under review. While the pullback comes amid a broader retreat from environmental goals under the Trump administration, other coffee companies are still seeking to reduce pollution. Just yesterday, I told you that Keurig Dr. Pepper had come out with a version of its individual instant coffee pods that uses seaweed instead of plastic.
Type One Energy has raised a $200 million Series B as the startup races to develop the world’s first fusion power plant at the Tennessee Valley Authority’s Bull Run site in eastern Tennessee. The financing round was co-led by Breakthrough Energy Ventures and Clutterbuck Capital, with additional backing from Lowercarbon Capital, Siemens Energy Ventures, and SiteGround Capital. “The breadth and quality of investors in this funding round demonstrates growing support for our strategy to industrialize the commercial deployment of fusion energy,” Christofer Mowry, Type One Energy’s chief executive, said in a statement. “The Series B financing enables us to remain focused on advancing our stellarator technology and Project infinity design activities.”
The company has been working to establish its supply chain. In March, my colleague Katie Brigham broke news of a deal to start getting the material needed for its reactors.
New York City is notorious for the ways in which trash piles up on our sidewalks and evaporates into foul smelling mist during the hot summer days. But did you know it’s also piling up in the places we send it? The latest draft of the city’s once-in-a-decade management plan for solid waste indicates that the landfills receiving much of the five boroughs’ trash are filling up. Per Inside Climate News, the state is projected to run out of landfill capacity for the city’s garbage within 16 to 25 years.
The startup’s system builds on a vessel’s existing engine and makes it effectively fuel-agnostic.
The shipping industry has a dilemma. The European Union and other jurisdictions are increasingly requiring vessels to cut their carbon emissions, pushing shipowners toward lower-carbon fuels and away from traditional bunker fuel or diesel. But it’s still anybody’s guess which cleaner fuel — ammonia, methanol, or liquified natural gas — will prove most economical and efficient at scale. That leaves shipowners facing an uncomfortable choice: They must decide on a technology around which to build new engines and retrofit existing ones without knowing whether the fuel they bet on today will still be the best option a few years from now.
Blaze Energy says that its product will eliminate that choice. The startup, which announced a $6.5 million seed round on Tuesday — is making a compact fuel “reformer,” a device that uses a heated catalyst to split various alternative fuels into a hydrogen-rich gas. That gas can then be combined with the original fuel and conventional shipping fuel to power existing engines. With Blaze’s bolt-on retrofit, which the startup aims to make less than a tenth the size of the engine itself, shipping companies “can adjust their assets based on how the global energy landscape, regulation, as well as their company direction is changing,” the company’s CEO and co-founder, Rok Sitar, told me. For example, maybe LNG looks cheapest in the short term given its established supply chain, but ammonia could win out down the road.
So far, Blaze has conducted small scale demonstrations showing that its proprietary catalyst can reform ammonia, methanol, and LNG. The resulting hydrogen-rich mixture is extremely fast-burning, which helps the other fuels to burn more completely and efficiently than they otherwise would.
Blaze’s first product, however, focuses solely on ammonia reformation. The system works by diverting a portion of the liquid ammonia to flow over the startup’s electrically-heated catalyst, which breaks it down into hydrogen and nitrogen. The resulting gas goes directly into the engine, where the nitrogen passes through and exits via the exhaust, while the hydrogen helps the remaining ammonia burn more efficiently alongside conventional shipping fuel. No burners or complex gas separation systems required.
As Sitar explained, “a certain composition of ammonia and hydrogen burns just like diesel,” allowing Blaze to essentially “trick the engine” into operating like it’s burning just diesel or standard bunker fuel rather than a blend that includes hydrogen and ammonia. That means the startup can add its retrofit system onto an existing ship engine without modifying the engine itself. And if the reformer fails for any reason, the ship can simply revert to running on conventional fuel alone. Sitar said this fail-safe feature lowers the risk for shipowners considering Blaze’s tech.
The company’s strategic partners include vessel owner and operator Lomar Shipping, which expects to pilot the system at sea beginning sometime next year, and ship management consultancy Link Marine, which plans to offer it to tanker operators. Blaze is aiming for commercial rollout in 2028.
Retrofitting the existing global fleet represents “an enormous opportunity” for Blaze, Sitar told me. As he explained, there are roughly 100,000 vessels in the global commercial fleet, but the industry only builds about 1,500 new ships each year. And because shipping companies are unlikely to choose alternative-fuel engines for every new vessel they order, a company in Blaze’s position pretty much has to drum up demand among the ships already in the water. The startup aims to install its system when vessels enter “dry dock” for routine inspection and maintenance, which typically happens at least once every five years.
Blaze is also developing a version of its product for new-builds, however, working with engine manufacturers to integrate its fuel reformer hardware into both conventional ship engines as well as those already designed to run on ammonia. Even in ammonia-burning engines, Sitar said Blaze’s system will improve fuel efficiency thanks to the fast-burning hydrogen in its blend.
The startup has ambitious goals for its seed round, which Sitar says should carry it through the next 18 months. Those include proving out its ammonia reformer on land with unnamed “leading” engine manufacturers, validating its performance at sea with Lomar, securing the maritime certifications needed to launch its first commercial product, and expanding its operations and headcount in the U.S. and Norway.
Blaze will likely look to raise again around 2028, at which point the International Maritime Organization expects to have its Net-Zero Framework in place. This would establish legally binding requirements for the entire shipping industry to reduce its emissions intensity, with the goal of reaching net-zero by 2050. The agency expected to adopt the framework last October, but delayed a final vote to approve the measure after the Trump administration strong-armed nations into withdrawing their support. The framework will come up for a vote again this December.
While the ongoing ambiguity has become a headache for the industry as a whole, Sitar sees it as something of an advantage for Blaze, which, he said, “thrive[s] in uncertainty.” Around 2028, the startup aims to begin piloting its broader multi-fuel technology, which can reform not just ammonia, but also methanol and LNG, for use in diesel engines. Blaze also expects to begin delivering its first commercial ammonia retrofit systems at this time.
From there on, the company sees a path to adapting the technology across numerous other industries reliant on combustion engines, such as heavy equipment, mining, industrial heat, and diesel power generation for data centers. “By proving our system in maritime engines, we can very easily translate this into other hardware sectors,” he said. Shipping, in his view, is perhaps the most challenging but strategically useful beachhead market of all, from both a technical and regulatory perspective.
As he put it to me, “if you prove it on maritime shipping, you basically have a product that can be deployed anywhere else, because everything else is simpler and has less regulation.”