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In Part 1 of this series titled “Everything you need to know about electric micro-cars, NEVs, LSVs, & golf carts,” we discussed the various categories of micro-cars, neighborhood electric vehicles (NEVs), low-speed vehicles (LSVs), and golf carts. We also covered how these vehicles are becoming such popular car alternatives for so many people. Now in Part 2, we’ll dive into the important topic of what makes these vehicles street-legal for use on public roads.

As we discussed in Part 1 of this series, the term LSV (or low-speed vehicle) is the only important consideration here, as “NEV” is merely a colloquial nickname. The term LSV, on the other hand, is codified into law by the US Department of Transportation and is a federally recognized category of motor vehicles by the National Highway Traffic Safety Administration.

That’s the key to making many of these tiny cars street-legal for use on public roads, though the downside of that is you’ll probably have to register, tag, and insure your LSV in most states in the US.

One point should be made extremely clear though: In almost every case, the question of whether or not an LSV is street-legal comes down to its manufacturer, not to you as the owner or driver. Outside of a few specific cases in a minority of cities and states, non-street-legal LSVs can not be modified or turned into street-legal LSVs by their owners. They need to be originally manufactured to meet federal regulatory guidelines.

Okay, now let’s talk about those guidelines (and some of the exceptions).

wink motors low speed vehicle LSV NEV
A street-legal LSV from Wink Motors navigates through Manhattan

Federal regulation of low-speed vehicles

In order for LSVs to be considered for sale in the US to be used on public roads, they must be produced to meet federal regulations for LSVs. This means that they must be designed and manufactured from the outset for street-legal use.

The first step is ensuring that the factory is registered with the NHTSA. Before buying an LSV, you should always ask the vendor if the vehicles are registered with the NHTSA. If the answer is “don’t worry about it, they only go 25 mph,” then 99 out of 100 times you’re not looking at a street-legal LSV.

Without this critical step of being registered and approved as an LSV manufacturer by the NHTSA, proper VINs (vehicle identification numbers) can not be assigned to the vehicles for registration. A VIN that conforms to the same rules as those used on all street-legal vehicles in the US – including full-size cars and trucks for highway use – is just one of more than a dozen federal requirements for LSVs.

This is the step that most foreign-manufactured and imported LSVs miss, since very few overseas LSV factories are actually registered with the NHTSA, meaning they can’t offer a US VIN code. Chinese micro-cars that are imported to the US often have VINs on the frame, but they are Chinese VINs. That’s the case with my internet-famous mini-truck from China. It has a VIN, but it means nothing in the US since it’s a Chinese VIN.

minghong electric microcar LSV
An example of a Chinese micro-car from Minghong

Next, there are several other requirements that mimic those for full-size cars, from visibility to safety equipment. Low-speed vehicles must have backup cameras with very specific viewing angle requirements. Again, these are the same requirements used for full-size cars and trucks in the US. Slapping a camera on the back of a micro-car or golf cart isn’t enough to fulfill this requirement.

Other requirements like pedestrian warning systems (also referred to as pedestrian noisemakers) are required for LSVs with electric drivetrains. Once again, these have the exact same requirements as for new electric cars like Teslas, etc. Very specific octave levels and decibels levels must be programmed into the car’s noisemaker to warn pedestrians, especially vision-impaired pedestrians, of the vehicle’s presence. The sound must reach certain pitches at different speeds and must modulate as the vehicle’s speed increases and decreases. The exact regulation text for just the pedestrian noisemaker is dozens of pages long, believe it or not.

These are some of the more difficult and cumbersome regulations applied to LSVs since they share the same rules as existing cars, but they’re not the only ones. LSVs must also have lap belts or 3-point seat belts that meet DOT requirements for full-size cars as well as windshields that use specific DOT-approved glazing. Both the windshields and the seat belts must be produced by suppliers that are already registered with the DOT. Simply installing any basic seat belt isn’t enough.

Other requirements cover aspects related to lighting, braking systems, reflectors, mirrors, and more.

Where LSVs differ in street-legal requirements from full-size cars largely comes down to the more complicated safety requirements. Crumple zones, airbags, radar, and other major pieces of safety equipment aren’t required in LSVs, and the vehicles themselves aren’t required to undergo crash testing. If they were, the results likely wouldn’t be pretty due to the reduced safety equipment in the vehicles.

That’s one of the reasons that LSVs are limited to just 25 mph (40 km/h) top speed and can only be operated on roads with speed limits of 35 mph (56 km/h). Both of these are part of the federally mandated LSV regulations and are designed to prevent these vehicles from mixing with larger full-size vehicles at higher speeds, where the result of crashes are more likely to be fatal.

Wink Motors Low Speed Vehicle LSV NEV

Some cities and states have more lax LSV laws

The above is not a complete list of the regulations for LSVs, but paints a picture of the somewhat complicated path required for companies to meet the federal regulations related to LSVs.

However, these are just the federal regulations. Most states describe low-speed vehicles in their state highway codes and have a section deferring regulations to match those at the federal level. In other words, they use the federal rules for LSVs in their own states. A few states set aside more strict requirements, while a few states offer more lenient requirements.

While the vast majority of US states use the federal rules for LSVs, Colorado is an example one state that sets its own more lenient rules that remit several of the more complicated manufacturing requirements. This makes it easier to register things like golf carts as LSVs, though this case is a rare one in the US.

A Club Car LSV golf cart designed to meet federal LSV regulations

Are golf carts street-legal too?

No, golf carts almost always not street-legal. This is true in nearly every city and state in the US.

Are there exceptions to this rule? Absolutely. But they usually only occur at the local level. That means a state, city, or township has to create a specific ordinance allowing for golf carts to be operated on public roads. There are a few towns that have become famous for this, such as Peachtree City in Georgia, but they are a minority.

To determine if golf carts are considered street-legal and can be used on public roads in your area, you should check with your local police department or Department of Motor Vehicles.

The only time that golf carts do meet federal standards for LSVs is when they are specifically produced as LSV golf carts. Most major golf cart manufacturers in the US do in fact produce LSV versions of their golf carts, meaning they were designed to meet federal low-speed vehicle regulations. The problem is that many have yet to update those models to the most recent version of LSV regulations, which added backup cameras and pedestrian noisemakers to the list of required equipment only a few years ago.

While many LSV golf carts have added backup cameras, most still lack a pedestrian warning system. In reality, you’ll likely never actually get cited by a cop for operating an LSV golf cart that doesn’t have a pedestrian warning system in it, mostly because very few cops would even know that they require one. But if you want to know the letter of the law, then without meeting full compliance, such LSV golf carts aren’t technically street-legal. And when it comes time to register the LSV, it may not be possible without the complete suite of required equipment.

low speed vehicle LSV golf carts

Beware of unscrupulous dealers claiming ‘street-legal’ status

As LSVs have become more popular in the US, so too have shady vendors purporting to sell street-legal LSVs.

Most, if not all, are imported Chinese models that were designed for the Chinese market. Ironically, they aren’t even technically street-legal in China since there are no equivalent LSV laws in China. But they are still commonly used by elderly drivers in China where their name loosely translates to “happy grandpa” cars.

These Chinese models have begun being imported to the US in larger numbers. Models marketed as “Chang Li” vehicles are one of the most common, though Chang Li is simply a single manufacturer and most “Chang Li” vehicles in the US aren’t even produced by Chang Li. At this time, no Chang Li vehicle is street-legal in the US as they do not meet federal regulatory standards for LSVs.

My “Chang-Li” electric mini-truck, even though it’s not really produced by Chang Li

These vehicles lack many of the requirements for street-legal LSV status, usually relating to DOT-stamped safety glass, pedestrian warning systems, proper lighting, DOT-certified seat belts, and other important details. Perhaps most critically, these vehicles do not feature NHTSA-compliant VIN (vehicle identification number) codes. While many come with a VIN, they are actually Chinese VINs and can not be found in the NHTSA database because the manufacturer is not registered with the US government to produce cars for export to the US.

These non-compliance issues haven’t stopped many of shady US resellers from hawking such vehicles with claims of “street-legal” plastered over their websites and marketing materials. But the fact is that nearly no Chinese-manufactured LSVs, NEVs, or micro-cars are currently street-legal in the US, unless they fit into certain city or state laws that have a looser set of requirements than federal low-speed vehicle laws. In fact, at the time of writing, I know of only two Chinese-manufactured LSVs that are currently street-legal in the US, the Wink and the Pickman. And in the case of the Wink, which I know more about after having tested them myself, that’s only because the company spent nearly two years designing the vehicles to be produced in China to US safety standards and properly registered their factory with the NHTSA.

What street-legal LSVs and golf carts exist in the US?

While the category is still in its infancy, there are already several options for street-legal LSVs in the US. Some are already on the road, while others are expected to enter the market later this year.

We will cover these options in detail Part 3 of this series, which will be coming later this week.

Stay tuned!

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Tesla Supercharger live availability is now in Google Maps

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Tesla Supercharger live availability is now in Google Maps

Tesla’s Supercharger network — already the most reliable fast-charging network in the world — just became a little easier to use. Google Maps now displays live availability data for Tesla Superchargers, showing how many stalls are currently available at each location.

The new integration means users can now see real-time charger status directly inside Google Maps, similar to what Tesla owners have long seen inside their vehicles or in the Tesla app.

When searching for a Supercharger, Maps now lists the total number of stalls and how many are available at that moment. It’s the same information Tesla provides through its own navigation system, but now visible to anyone using Google Maps — Tesla owner or not.

Latest step in opening up Tesla’s Supercharger network

This might look like a small change, but it’s another sign that Tesla is steadily opening up parts of its once-exclusive charging ecosystem.

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The company has already begun integrating non-Tesla EVs into its Supercharger network across North America – first through the short-lived Magic Dock and then through the NACS rollout.

While this update is not particularly useful for Tesla owners, who already have this data in the in-vehicle navigation or the app, making real-time charger data available on Google Maps makes perfect sense for non-Tesla EV owners.

Electrek’s Take

Tesla has always led when it comes to charging reliability at Supercharger stations – hence why opening up the network to non-Tesla EV owners in North America over the last 2 years has been such a big deal.

But next to having non-functioning chargers, there’s nothing worse than showing up at a charging station and it is fully used.

Now, if EV owners are planning their trips through Google Maps, they will be able to avoid that more easily.

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‘Godfathers of wind’ raise alarm as Trump urges countries to abandon climate fight

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'Godfathers of wind' raise alarm as Trump urges countries to abandon climate fight

US President Donald Trump (L), backdropped by Turbines at the European Offshore Wind Deployment Centre, also known as the Aberdeen Bay Wind Farm, walks on the first fairway after playing off the first tee to officially open the Trump International Golf Links course in Balmedie, Aberdeenshire, north east Scotland on July 29, 2025.

Brendan Smialowski | Afp | Getty Images

Two European pioneers of the modern wind power industry are sounding the alarm on the Trump administration’s clean energy cutbacks, warning Washington’s anti-climate agenda is part of a broader energy transition challenge.

Denmark’s Henrik Stiesdal and Britain’s Andrew Garrad, often referred to as the “Godfathers of wind” for their contributions in advancing the design, manufacture and deployment of wind turbines, said Trump’s war on wind appears to be a symptom of more widespread climate apathy.

Stiesdal is known for framing the early design principles for wind turbines and led the installation of the world’s first offshore wind farm in 1991, while Garrad developed computer models to optimize and certify turbine and farm designs.

“I think Trump’s approach is symptomatic of a general shift,” Garrad said, in comments echoed by Stiesdal, one that is opposed to the transition from fossil fuels to renewable technologies, such as wind and solar.

“We are facing right now, a change of mood. We had a very easy beginning, then quite a big struggle, then general acceptance, and now the worm is turning. And that’s something which we all have to address,” Garrad told CNBC.

Since returning to office at the start of the year, U.S. President Donald Trump has actively sought to disrupt the development of high-profile wind projects. His push to wipe out the offshore wind industry has included stop-work orders and the removal of green incentives under former President Joe Biden’s Inflation Reduction Act.

“Trump is symptomatic. I mean an extreme symptom of that, but you can see it I think in all Western countries certainly, perhaps not elsewhere. And that’s a big issue,” Garrad said.

“This isn’t just a wind energy problem,” Garrad said. “To do this sort of change is a very dangerous thing. And I think it has shown that this is a political business … It’s a personal decision by a politician, who happens to be a rather powerful one — and it has sent shockwaves around the place.”

‘Pathetic’ and ‘expensive’

Trump’s onslaught against the wind industry has hit the business models of renewable energy giants particularly hard. Denmark’s Ortsed, the world’s biggest offshore wind farm group, is one notable example.

Last week, Orsted reported a net loss of 1.7 billion Danish kroner ($261.8 million) for the July-September period. The result, which was slightly better than analysts feared, was significantly down from profit of 5.17 billion Danish kroner in the same period last year.

Shares of the Copenhagen-listed company, which have fallen more than 80% from a 2021 peak, notched a fresh record low in August after the Trump administration ordered the company to halt work on a near complete windfarm.

A turbine blade is lifted onto a rack near tower sections at the Revolution Wind project assembly site at State Pier in New London, Connecticut, US, on Friday, Oct. 24, 2025.

Bloomberg | Bloomberg | Getty Images

Danish wind turbine firm Vestas has also been battling industry uncertainty, in part because of the Trump administration’s policies. When asked about some of these challenges, Vestas CEO Henrik Andersen said the company has a “well-established” supply chain in the U.S.

“For us, we see the U.S., both customers and the buildout in the U.S., as some of our core responsibility to help the U.S. with,” Andersen told CNBC’s “Squawk Box Europe” on Nov. 5.

“Then sometimes maybe we have to get a bit of a slap that it is not everyone that likes the nature of a wind turbine. But I think, in general, … energy drives decision making and [the] cost of energy drives decision making,” he added.

U.S. President Donald Trump speaks during the United Nations General Assembly (UNGA) at the United Nations headquarters on September 23, 2025 in New York City.

Michael M. Santiago | Getty Images News | Getty Images

Trump has repeatedly criticized the deployment of offshore wind turbines, describing them as “pathetic” and “expensive” in a recent speech at the United Nations General Assembly.

“I’m telling you that if you don’t get away from the green energy scam, your country is going to fail,” Trump said on Sept. 23. The U.S. president also said climate change is the “greatest con job ever perpetrated on the world.”

Scientists have since condemned Trump’s characterization of climate change, pointing out that the overwhelming consensus is that climate change is already happening, with record-breaking heatwaves, flood events and hurricanes causing substantial economic damages across the globe.

Energy security

Stiesdal, who refused to comment specifically on Trump’s war on wind, said there appears to be “a fundamental misunderstanding” from those firmly opposed to the energy transition.

“A lot of people who would be inclined to vote for hard-right parties actually benefit both from the job offerings and the cost of their energy from renewables,” Stiesdal said.

“It’s not an easy thing to fight because a lot of it is kind of visceral or fundamental in the thinking about this tribal approach,” he continued. “Whenever I am confronted with that, or with discussions about that, I try to emphasize energy security, the job creation, the local beneficial effects of doing renewables and the assurances you get in society.”

King Charles III (centre) poses for a group photo after presenting the 2024 Queen Elizabeth Prize for Engineering to Andrew Garrad C.B.E. (left) and Henrik Stiesdal for their achievements in advancing the design, manufacture and deployment of modern wind power technology, during a reception for the 2025 Queen Elizabeth Prize for Engineering, at St James’ Palace November 5, 2025 in London, England.

Getty Images | Getty Images Entertainment | Getty Images

Stiesdal and Garrad were speaking to CNBC shortly before being presented with the 2024 Queen Elizabeth Prize for Engineering. The prize was presented by King Charles III during a reception at St. James’s Palace in London earlier this month.

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IEA: Renewables and AI are rapidly transforming the world’s energy future

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IEA: Renewables and AI are rapidly transforming the world’s energy future

The International Energy Agency (IEA) says renewables and AI are reshaping the world’s energy future, and that transformation is happening faster than anyone expected. In its new “World Energy Outlook 2025,” the IEA warns that energy security risks now stretch far beyond oil and gas. Critical minerals essential to clean tech, defense, and AI have become the new fault lines in global supply chains. The IEA also states that energy has become a central focus of geopolitical power struggles, making it one of the defining economic and security challenges of our time.

A more complex, electrified future

The IEA’s annual “World Energy Outlook” explores three possible scenarios for the future, emphasizing that none are predictions. Instead, they’re roadmaps that show what could happen depending on the choices governments and industries make on policy, technology, and investment.

Across every scenario, one theme stands out: electricity demand is surging faster than for any other form of energy. Electricity currently accounts for only about 20% of global energy use, yet it powers more than 40% of the global economy. Fatih Birol, the IEA’s executive director, said the trend is accelerating: “Last year, we said the world was moving quickly into the Age of Electricity – and it’s clear today that it has already arrived.”

Driving that growth are data centers, AI, and electrification across transportation, heating, and manufacturing. Global data center investment alone is expected to hit $580 billion in 2025 – even higher than the $540 billion the world will spend on oil supply.

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Shifting global energy dynamics

Emerging economies, led by India and Southeast Asia, are now shaping energy markets that were once dominated by China. These regions are experiencing a rapid increase in demand for power, mobility, and industrial energy use. By 2035, 80% of global energy consumption growth is expected to come from countries with high solar potential.

At the same time, the IEA warns that grid expansion and storage aren’t keeping up with this growth. While investments in power generation have jumped nearly 70% since 2015, spending on transmission and distribution has risen at less than half that pace. The agency calls for urgent grid upgrades and stronger government coordination to prevent future electricity bottlenecks.

Renewables and nuclear on the rise

Solar leads the charge across all IEA scenarios, with renewables growing at a faster rate than any other energy source. Nuclear energy is also making a comeback: after two decades of stagnation, global nuclear capacity is projected to increase by at least a third by 2035, thanks to both large-scale projects and small modular reactor designs.

Dave Jones, chief analyst at global energy think tank Ember, said, “The world is moving in the right direction, and continued acceleration can drive a more rapid transformation of the energy system. Renewables and electrification will dominate the future – and fossil-importing nations will gain the most by embracing them.”

Energy access and climate urgency

The IEA highlights two critical areas where the world is falling short: universal access to energy and climate goals. Roughly 730 million people still live without electricity, and nearly 2 billion rely on polluting cooking methods. Even in the agency’s most ambitious pathways, global temperatures surpass 1.5C of warming before potentially returning below that level later in the century.

Meanwhile, the effects of climate change are already disrupting energy systems. In 2023 alone, over 200 million households worldwide were affected by energy infrastructure failures, with transmission lines accounting for about 85% of incidents. The IEA says governments must prioritize resilience not only against extreme weather but also against cyberattacks and supply chain shocks.

Birol summed it up: “When we look at the history of the energy world in recent decades, there is no other time when energy security tensions have applied to so many fuels and technologies at once. With energy security front and center for many governments, their responses need to consider the synergies and trade-offs that can arise with other policy goals – on affordability, access, competitiveness, and climate change.”


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