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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.

GEM electric microcar lsv

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.

Wink Motors LSV

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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Vammo leads Latin America’s battery-swapping revolution as region’s e-motorcycle market surges

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Vammo leads Latin America’s battery-swapping revolution as region’s e-motorcycle market surges

Latin America’s electric mobility transition is kicking into high gear, and Brazil-based Vammo is emerging as its battery-swapping champion. The São Paulo startup just closed a $45 million Series B funding round led by Ecosystem Integrity Fund, with backing from Qualcomm Ventures, 2150, Construct Capital, and others – positioning the company to expand across the region’s megacities and build what it calls the backbone of Latin America’s clean transport network.

Founded in 2022, Vammo has rapidly become the region’s leading battery-swapping platform, offering riders an all-in-one ecosystem that bundles electric motorcycles, financing, maintenance, and a growing network of 150 swap stations. Its fleet of 5,000 electric motorcycles already serves riders working for major delivery platforms like Uber, 99, Rappi, and iFood – with a waiting list still forming.

The company says its subscription model lets users access a vehicle and unlimited swapping at 30% lower cost than gasoline alternatives.

It’s a story we’re seeing playing out around the world, with similar cost-savings for battery-swapping electric motorcycles being reported in Asia, Europe, and Africa. Now Vammo is leading that charge in Latin America, and is set to significantly expand operations on the back of its latest funding round.

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Earlier this year, Vammo surpassed its one millionth battery swap milestone.

Unlike many competitors that depend on off-the-shelf components, Vammo builds everything in-house – from battery packs and charging hardware to its own IoT-enabled software platform. That proprietary technology, designed specifically for Latin American conditions, gives Vammo a major head start in the region’s still-nascent battery-swapping race.

With this new funding, the company plans to expand manufacturing and R&D in Brazil, investing more than R$500 million to ramp up production in Manaus and develop new hybrid ethanol-electric motorcycles that combine two of Brazil’s cleanest energy sources.

For riders, the economics are compelling: energy costs per kilometer are about 80% lower than gasoline, and maintenance savings reach 50%. Add Brazil’s 90% renewable electricity grid – the cleanest among G20 countries – and each swapped battery delivers a climate dividend few regions can match.

Electrek’s Take

Battery swapping makes perfect sense in cities where riders need constant uptime and limited space makes charging tricky. Vammo is proving the model can scale in Latin America – and not just in theory. Thousands of riders are already using it daily. As more countries follow Brazil’s example, expect battery swapping to become a cornerstone of clean urban mobility across the continent. São Paulo may soon do for battery-swap bikes what Taipei did for Gogoro – turn a smart idea into an unstoppable movement.

Now, if North America could just catch up with the more developed markets like South America, Africa, and Asia, that’d be really something.

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Rare earth stocks rally as China delays export controls after Trump-Xi meeting

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Rare earth stocks rally as China delays export controls after Trump-Xi meeting

U.S. President Donald Trump speaks to members of the media aboard Air Force One on October 30, 2025 in flight.

Andrew Harnik | Getty Images News | Getty Images

Shares of U.S.-listed rare earth miners rallied on Thursday after China agreed to delay the introduction of further export controls as part of an agreement reached between President Donald Trump and Chinese leader Xi Jinping.

Critical Metals jumped nearly 7% in premarket, USA Rare Earth rose around 6% and Energy Fuels was up 3%. MP Materials and NioCorp Developments, meanwhile, were both seen around 3% higher.

The moves come shortly after Trump declared that the “rare earth issue has been settled” following what he described as an “amazing meeting” with China’s Xi in South Korea.

As part of a broader agreement between the world’s two largest economies, which included Washington cutting fentanyl-linked tariffs, China said recently announced rare earth export controls would be delayed by one year.

Trump told reporters aboard Air Force One as he left South Korea that his administration expects China’s decision to delay these rare earth export restrictions to be “routinely extended.”

China’s previous rare earth restrictions, which were announced in early April, are set to remain in place, however.

Beijing on Oct. 9 had threatened to tighten export controls on rare earths and related technologies, seeking to prevent what it described as the “misuse” of rare earth minerals in the military and other sensitive sectors.

Rare earths refer to 17 elements on the periodic table whose atomic structure gives them special magnetic properties. These elements are widely used in the automotive, robotics and defense sectors.

China is the undisputed leader of the critical minerals supply chain, producing roughly 70% of the world’s supply of rare earths and processing almost 90%, which means it is importing these materials from other countries and processing them.

U.S. officials have previously warned that this dominance poses a strategic challenge amid the pivot to more sustainable energy sources.

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Tesla recalls about 10% of Cybertrucks for using the wrong glue

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Tesla recalls about 10% of Cybertrucks for using the wrong glue

Tesla is recalling 6,197 Cybertrucks with the “Off Road Lightbar” attachment, citing incorrect use of adhesives which could lead the accessory to fall off during vehicle operation.

It’s about 10% of the 63,619 Cybertrucks in existence, which we know about due to another recall from last week (though that one was fixed by a software update).

The Cybertruck has been marketed all along as an off-road capable vehicle, with dedicated off-roading modes and certain available accessories for those owners who want to get out and adventure.

A desirable off-road accessory available on many vehicles are large, overhead lights which offer better and wider visibility of the terrain ahead, getting around rocks or brush or other things that might cast shadows from lower static headlights.

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In the Cybertruck’s case, this takes the form of a wide light bar across the top of the truck’s windshield, right at the “point” in the roof.

It doesn’t come with every truck, and isn’t even available as an option. It’s also not even listed as an accessory on Tesla’s online shop. It’s only available as a retrofit through Tesla’s service network, for which you have to make a service request to get it installed.

Despite that, it looks like a whole lot of Cybertruck owners have gotten it installed. With the information in this new recall stating that potentially 6,197 vehicles are affected, it looks like nearly 10% of existing Cybertrucks have the light bar, which is quite a high take rate for a retrofit item like this.

We know this 10% number because of another recent recall, last week, which recalled every Cybertruck for having too-bright headlights. That one was fixed by a software update, but did tell us that a total of 63,619 Cybertrucks had been sold in total.

But the lightbar recall isn’t such an easy fix, as it’s an actual physical issue, rather than a software one.

It seems that the adhesives Tesla used may have been applied incorrectly by service personnel, leading to a substandard bond to the surface of the vehicle. Tesla updated its service instructions several times to try to fix the problem, but it seems that none of these updates were enough.

In total, Tesla says it found 619 warranty claims related to this issue, and had one field report of the glue not working correctly – though it is not aware of any collisions or injuries associated with the issue. But, conceivably, this could lead to a light bar falling off the vehicle and creating a road hazard for other drivers, so a recall is in order.

To fix the problem, Tesla will inspect any installed lightbars on Cybertrucks and if it finds any indication that the adhesive isn’t bonded fully, it will replace the lightbar with a new one adhered with tape and a “positive mechanical attachment” (that is, bolting it down).

While Cybertruck owners with the light bar installed should make a service appointment to get their light bar inspected, it’s possible to tell if yours suffers from this issue. Tesla says that light bars exhibiting this issue “may create a noise detectable from inside the cabin” or that the light bar may feel loose when touched or have a visible gap between it and the windshield. If your lightbar exhibits any of these issues, then you’ll probably want to make that service appointment sooner rather than later.

Electrek’s Take

This isn’t the first attachment-related problem Tesla has had with the Cybertruck. It’s seen wheel covers fly off (which led to a pre-manufacturing redesign which caused more tire wear and was subsequently subject to a recall), accelerator pedals that can slip off and were fixed by drilling a screw into the pedal, and even detaching pieces of the car’s “exoskeleton” trim (which… isn’t actually an exoskeleton). A lot of (un)sticky situations happening with this truck.

As for the headlight recall from last week, we didn’t report on it because, as is the case with many of Tesla’s “recalls,” it was relatively minor and was fixed by a software update. NHTSA really does need another word to distinguish real recalls from ones that are already fixed by an OTA update by the time the recall notice goes out.

But, this lightbar recall today is more serious and needs an actual physical fix, and thus is more deserving of being reported on.

However, last week’s headlight update did still have an interesting piece of information (which we probably should have reported, and so now are reporting here): the total number of vehicles out on the road. That recall covered 63,619 vehicles produced between November 13, 2023 and October 11, 2025. That’s nearly two years, and yet the truck which had been hailed as the harbinger of the future of the automotive industry has averaged just over 30k sales per year in that time period.

While that would be an impressive number for a new manufacturer, it’s quite a bit lower than the millions of preorders the Cybertruck had, Musk’s 250,000+/year prediction, and the current >125,000 yearly production capacity that Tesla claims it has for the truck.

At a current run rate of around 5,000 trucks sold per quarter, that’s over 80% of Tesla’s claimed production capacity sitting idle.

While the Cybertruck was the best-selling electric truck for a time after its introduction, it no longer has that title. And, in the last last quarter, the F-150 Lightning, Silverado EV, Sierra EV and R1T all saw rising sales. The Cybertruck, in contrast, is the only electric truck in America that saw lower sales last quarter than in the year prior, despite a big spike in EV sales due to the retirement of EV tax credits.

It’s part of a wider trend of EV sales increasing around the globe, but Tesla sales being left behind – and the reason is mostly due to Tesla CEO Elon Musk’s negative influence.


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