GEM, a low-speed vehicle (LSV) manufacturer in Anaheim, California, has just released a new app to make it even easier to use those small vehicles. The GEM Go app shows users a map of all roads in their area and highlights the streets with posted speed limits of 35 mph (56 km/h) or lower.
Low-speed vehicles (LSVs) are a federally regulated class of motor vehicles in the US. They often look like micro-cars or golf carts, but must meet a certain set of safety requirements that go above and beyond golf cart regulations.
LSVs that meet those requirements are allowed to travel at speeds of up to 25 mph (40 km/h) and are allowed to operate on roads with speed limits of 35 mph (56 km/h) or lower.
GEM’s new app is designed to make it even easier to plan trips and determine which roads are accessible by LSVs.
Some areas have a limited number of roads with speed limits of 35 mph or lower. In other areas, like apparently Venice in Los Angeles (as seen in the app example below), pretty much any asphalt you can find is fair game.
GEM Go is a free web-based, mobile-friendly, interactive mapping app available at go.GEMcar.com. It is designed to be easy to use anywhere, even on your phone when heading out for a trip.
It of course works for planning trips with any LSV, not just GEM’s vehicles, and cyclists may even find it handy in a pinch to help avoid faster roads that are less friendly to bikes.
Playing around with it myself, it’s apparent just how much of the US is accessible by low-speed vehicles. Every city I look at is covered by a sprawling network of blue lines, showing me everywhere I can legally drive an LSV.
In fact, more than half of the roadways in the US have speed limits below 35 mph, and that number is actually growing as cities make the responsible decision to reduce speed limits for the safety of all road users. Washington, D.C., for example, has a default speed limit of 20 mph (32 km/h). LSVs can thus reach any part of the city. Heck, they could get a speeding ticket if a cop is having a bad day.
The CEO of GEM’s parent company Waev, Keith Simon, explained that he hopes the availability of the app will help encourage more people to use LSVs around the country:
GEM has been leading the charge in LSVs for more than 25 years. We created the GEM Go mapping app to help current and future GEM owners understand the breadth of places LSVs can actually operate – it’s eye-opening and we expect it will drive even greater adoption of LSVs across the country.
The number of LSVs on US roads is growing, even if they remain a small minority of total motor vehicles in use. There’s been a push toward smaller vehicles in many cities, with golf carts getting their own boost. Unlike golf carts though, which aren’t street legal outside of a few specific cities that have passed golf cart ordinances, LSVs contain more federally regulated safety features and are street legal almost everywhere.
Their safety can’t be compared to that of typical passenger cars that are rated for highway use, but their intended use in lower speed environments around slower moving traffic means that they usually don’t face the same collision risks faced by larger cars.
Simon believes that LSV numbers will continue to grow in the US, explaining:
Although we have an extensive installed base with GEM, it represents a very small fraction of what LSVs can become in the market when you keep breaking down the barriers like the lack of understanding of where GEM vehicles can be driven. With our recent launch of the all new MY24 GEM and now GEM Go we are on the leading edge of driving the LSV category forward.
Electrek’s Take
Anyone who knows me will already know I’m one of the biggest proponents of LSVs out there. Heck, google “LSV” and you’ll probably find that half the bylines are mine.
And so I love the idea of this new app to make it even easier and safer to find LSV-appropriate roads. If it actually mapped a journey for you, that’d be even better. But knowledge is half the battle and so even just showing you all of the roads you can use is a great asset.
As someone who loves LSVs and advocates for them, I can already tell you that the biggest argument against these handy vehicles is the misconception that they aren’t safe. You’ll certainly find people in the comments section below this article saying that a 25 mph vehicle shouldn’t be on a 35 mph road (they inevitably didn’t read this far). And I understand that sentiment – trust me, I do. I use LSVs all the time and I get it.
When I’m doing 25 mph on a 35 mph road with other cars doing 45 mph around me, it’s…. less than ideal. So I don’t do it very often (crossing the Brooklyn Bridge above was a rare example for me). While LSVs can legally be on 35 mph roads, I like to stick to even slower roads when possible. But so many cities these days have safer, slower speed limits. Washington, DC, defaults to 20 mph. Boston, New York City, Seattle, and many other major cities default to 25 mph citywide speed limits. It’s easier than ever to get somewhere in an LSV, and that is only improving.
And if I may say so from my own experience, it’s also more fun to go somewhere in an LSV. It’s novel and creates a more engaging experience. It’s simply fun.
Sure, you’ve got some of the same downsides of cars, such as often being stuck in traffic and not getting the same kind of exercise I get on my e-bikes. But I can also travel with more people, carry more things, have lockable storage, and have a roof over my head keeping me dry (and use the air conditioning in some models). Plus, I’m arguably a bit safer than if I was hit by a car driver while riding my e-bikes. So even though it has some downsides, LSVs are just a lot of fun to use, cost less than “real” cars and take up less space in a city. So anything that makes them even easier to use is a good thing in my book.
Now just don’t ask me to talk about my opinion on increasing the federal speed limit for LSVs. That’s another article for another day.
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The long-promised “more affordable” Tesla model has been spied on Chinese social media, and it’s disappointingly about what we expected: a slightly decontented version of the Model Y.
For many years, Tesla had planned to build a much more affordable vehicle, starting around $25k. This vehicle was nicknamed the “Model 2,” and would have offered the most affordable entry point into the EV market, at least in the West.
In its place, Tesla started offering vague promises about “more affordable models, starting in its Q1 report in April 2024. Tesla later specified that these would enter production in the first half of 2025.
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The language Tesla used suggested that the cheaper vehicles would be “new models,” which means more than one model, and not just based on a current Tesla model. But we reported that this was unlikely to be the case, and that the “new models” would just be a stripped-down Model Y.
So, we’ve got confirmation that actual new models aren’t coming – but it does seem like something cheaper is coming down the pipe. And now, from Chinese social media pics of these “first builds,” we know just what kind of decontenting Tesla will do in order to get the cost savings.
Two videos were posted this weekend, on bilibili and weibo. The first was an exterior video by account “极客小猪” (machine translated as “Geek Piglet”). You’ll have to click through if you want to see the whole thing.
Parked side by side with a Juniper Model Y, the two models seem similar in length
It shows the new Model Y as similar in size to the Juniper refreshed model it’s parked next to, though the front and rear are covered by camouflage and it’s hard to tell with perspective of the camera.
As best we can tell from the captions (which isn’t very well), the account seems to think this might be the upcoming larger Model Y L, and the camera perspective in the particular screeenshot above does make it look like the car in the forefront could be slightly longer than the one in the back. But other perspectives show them looking similar in length, and seeing the various missing parts later in the video, we think it’s likely the “more affordable” model.
There are a few holes in the camouflage that give som indication of what might be different, like that the rear light bar from the Juniper might be cut off rather than running across the whole rear of the car. The new one is also missing the “T E S L A” logo across the rear, as can be seen in a little window showing the rear camera.
The video gets a look at the interior of the vehicle, where the seats are covered up. I originally suspected the vehicle might have cloth seats, but the cover seems to have dropped down in the rear, and something leather-like is showing through, so Tesla may still be using its fake leather product to cover the seats.
It also shows that the center console is cut off between the armrest and the screen, using up less material and giving an open space there. This is somewhat similar to the original design of the Model S, which had a large space in front of the center console. We can’t tell from the video if the 2 phone charging mats are still present or not – it looks like the space they’d normally go is there, but the pattern looks different than the current NFC phone chargers.
For another look at the interior, we saw a couple more photos from another Chinese social media account, 42号车库, or “Garage No. 42” on Weibo. These show the steering wheel, front seats, rear and roof a little more clearly. It seems to be of the same car, given the status of the seat covers in the rear.
More changes become apparent here: there is no panoramic glass roof on the car, and the rear screen which was added in the Juniper refresh is once again eliminated. But the turn signal stalk, which was eliminated in the Model 3 Highland refresh and returned in a vestigial manner in the Juniper refresh, is (thankfully) still there.
The balance of these changes suggest that a lot of them are just rollbacks of the content which was added to the cars in the Juniper refresh. Interestingly, though, the Juniper refresh did not increase the price of the car significantly. So, rolling back those changes shouldn’t decrease the price of the car all that much either.
But these just show us some of the interior and exterior changes – the model might have other changes as well. From time to time, Tesla has offered cheaper versions of its vehicles either with rear-wheel drive only, to save on the cost of the front motor, or with a smaller or cheaper (e.g. LFP) battery. The new “affordable” Model Y might incorporate those changes too, and be able to get cost down more because of it, but we’ll have to wait for more information on that.
Further, there’s been no indication of a cheaper Model 3 or any actual “new models” yet. Model 3 is a smaller car than the Model Y, and thus could be cheaper – if Tesla is saving a significant amount of money by cutting a little plastic out of a center console, surely cutting hundreds of pounds of aluminum would save even more. We had expected the “more affordable models” to include both a stripped-down Model 3 and Model Y, but per Musk’s comments on the call, we might only be getting a Model Y.
Maybe it would be nice to have someone in charge who takes the mission of sustainable transport seriously. Which Musk does not, and has in fact acted against with his recent actions.
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It may be small in size, but Honda promises the new N-ONE e is fit for a “daily partner” with a flexible interior, ample range to navigate the city, and it can even power up your home..
Honda reveals the new N-ONE e electric car
The N-ONE e is Honda’s second light EV, or “kei car” as they are called in Japan. It’s Honda’s second electric kei car, following the N-VAN e, launched in October 2024.
Although the N-VAN e was mainly for business use, the new N-ONE e is specifically designed as an everyday driver.
Honda said the new EV was “developed in pursuit of the ideal EV” with a unique design, spacious interior layout, and enough driving range for daily travels. The N-ONE e is the electric version of Honda’s retro kei car, the N-ONE, which has been on sale in Japan since 2012.
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It looks about the same as the gas-powered model, but the new EV has a new face with a smoothed-out black grille and two additional charge ports up front.
Honda N-ONE e electric car (Source: Honda)
Honda boasted that the electric city car has “added the cleanliness that only an EV can offer” with smoothed edges and a new rounded bumper design.
The interior, on the other hand, has been completely revamped from the gas model to maximize space. It includes a decent-sized infotainment screen and a push-button gear selector.
Honda N-ONE e electric car (Source: Honda)
There’s also plenty of physical buttons for climate control functions and more. To maximize interior space, Honda kept it simple with smart storage options and flexible seating.
Although Honda has yet to reveal specifics, it did say the N-ONE e has achieved a WLTP cruising range of over 270 km (167 miles).
It will likely share parts with the N-VAN e, hinting at a single electric powertrain with up to 63 hp, the limit for kei cars in Japan.
With Vehicle-to-Home (V2H) capabilities, Honda’s new EV can be used as a mobile power source during a natural disaster or power outage. You can also use it to power electronics, a campsite, a worksite, and more on the go.
Honda is opening advanced reservations for the new electric car on Friday, August 31. It’s scheduled to launch in September, around the same time Honda’s “Super EV” for Europe is set to debut.
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A view of Cheniere’s Sabine Pass LNG facility located in Cameron Parish, Louisiana, as seen from Port Arthur, Texas, on June 23, 2025.
Joel Angel Juarez | Reuters
Shares of liquified natural gas, or LNG, companies jumped Monday after the European Union agreed to purchase $750 billion of energy from the U.S.
LNG exporters Cheniere and Venture Global were up about 3% and more than 4%, respectively. NextDecade and New Fortress Energy, which build LNG infrastructure, jumped more than 2% and about 3%, respectively.
EU President Ursula von der Leyen said the purchases would help reduce the bloc’s dependence on Russia for natural gas.
“Purchases of US energy products will diversify our sources of supply and contribute to Europe’s energy security,” Von der Leyen said in a statement over the weekend. “We will replace Russian gas and oil with significant purchases of US LNG, oil and nuclear fuels.”
The energy purchases are part of a broader trade deal struck between the EU and the U.S. over the weekend. The deal imposes 15% tariffs on EU exports to the U.S. In addition to the energy purchases, Brussels has agreed to invest $600 billion in the U.S. above current levels.
President Donald Trump said “energy is a very important component” of the deal during a meeting with von der Leyen on Sunday.