Let’s just face it, America. We’ve got a weight problem. No, not that weight problem. It’s the size of the cars. The best-selling vehicles in the US are all of the biggest, heaviest, and most oversized models available. But it doesn’t have to be that way. A new crop of tiny electric cars is changing the game and offering options we’ve never had before. Err, actually, I probably shouldn’t call them “cars”.
I’m talking about Low Speed Vehicles (LSVs), the official term for what many people call Neighborhood Electric Vehicles (NEVs).
That should make sense because just in the same way motorcycles are designed with the bare necessities to carry a single passenger, LSVs are generally the same idea, but for two passengers (or occasionally four passengers).
And at just US $11,900, the Eli Zero is finally an LSV that is affordable compared to most of the offerings we’ve seen in the past. Sure, I love me a nice GEM. But those suckers start at $15k, and the price jumps to $25k when you add doors and a lithium-ion battery upgrade. To put it lightly, Eli is making waves with a new electric microcar that is priced at half of the previous main competition.
So how can these motorcycle-sized electric vehicles be priced at less than half the cost of even the cheapest electric cars available in the US? Because they’re not really cars, essentially.
As LSVs, these are classified as motor vehicles, but not in the same way as passenger cars. They have their own not inconsequential set of regulations but don’t have to meet higher standards such as highway crash testing ratings, etc.
They’re also not nearly as powerful, since they are federally limited to just 25 mph (40 km/h) top speeds. As long as they meet the regulations and can be certified as street legal, they’re allowed on nearly any road in the country that has a posted speed limit of 35 mph (56 km/h) or less. That’s most of the roads in any city, which is why they’re so popular as urban vehicles.
And don’t think that since they aren’t cars, that you won’t get a car-like experience. The Eli Zero, for example, has a pile of features that should be familiar to any car owner, such as heat and air-conditioning, reverse camera, parking radar sensors, keyless unlocking/starting, power steering, and more. You even have the option of installing a Sony infotainment center with CarPlay or Android Auto integration.
The point is, LSVs may not be very fast, but for places where you’re not going to be driving very fast anyway (i.e. cities), the top speed just doesn’t matter that much. In Manhattan, for example, the average speed of traffic is just 7 mph (11 km/h). What’s more important is the size, the price, and the convenience.
When it comes to size, you just can’t beat LSVs. They’re small enough to park just about anywhere, and they don’t take up much space in your garage (if you’re lucky enough to have one of those ‘garage’ things in a city).
The pricing also makes them incredibly affordable as a replacement for a real car. Not only are they cheaper to buy outright, but they’re also much cheaper to own. They likely have reduced insurance costs (depending on your state), and the electricy cost to charge them pennies… literally. A full charge on many of these models might be slightly over one dollar, though most people don’t start from a completely empty battery. That means that a recharge likely costs you roughly the amount of loose change you’ve got dangling around in the bottom of your pocket. The cost of one single solitary gallon of gasoline would put around 200 to 300 miles of range into that Eli Zero, for example.
And lastly, let’s talk convenience. Owning an electric car is already fairly convenient because you don’t have many of the same maintenance concerns as combustion engine cars. But an LSV is even easier since you don’t even have the complicated systems that keep Teslas spending so much time at the service center. You get a few nice features like keyless ignition, but these aren’t the same rolling supercomputers as modern cars, meaning you’re giving up your self-driving and other high-tech features in exchange for reduced complexity.
The average city dweller is already on the fence about whether or not to even own a car, mostly due to the inconvenience of car ownership in the city. But if you can get the convenience of having your own weather-sealed ride yet don’t have to figure out how to park a boat downtown, then suddenly the equation becomes a lot more intriguiging.
And for suburbanites who are trying to decide on whether or not to get that second car, perhaps an LSV is the right choice. I generally recommend an electric bike as a replacement second car, but I understand that many people simply don’t want the two-wheeled lifestyle. If you can get something the size of two bikes, but that has glass and metal around you, (not to mention DOT seatbelts and anti-lock brakes), then perhaps an LSV is the right compromise.
There are simply so many advantages here, and I’ve barely scratched the surface. For now, these are still largely seen as quirky little vehicles, and I get it. They are quirky. But that’s also part of the fun charm. Most Cybertruck owners won’t admit it, but they bought that monstrosity because it was quirky and unique, just in a different way. Quirky vehicles can be fun because they mix things up, solving the same transportation problem in a new and fun way.
As the pool of available LSVs in the US grows, so too will the demand. The numbers are already growing, albeit slowly. I’ve touted the Eli ZERO several times in this article, largely because it’s fresh in the news (I’m not connected to the company, and I have no financial incentive – I just like the thing). But there are other models out there. The previously mentioned GEMs have offered solid LSV solutions in the US for decades. Wink Motors is a fairly new startup with interesting offerings, and has a new model coming to the US soon. Several golf cart makers have LSV versions, though they’re open-air vehicles that don’t have many of the same advantages of enclosed microcars. But the point is, there are more options than ever before.
Now, if we could just get the US government to get it together and include LSVs in the federal tax incentives for electric vehicles, that’d be something! These are electric vehicles, just smaller ones. And if the US truly cares about all the benefits of electric vehicles, then helping people turn these things into daily drivers with four-figure price tags will go a long way.
So here it is, the end of my rant. There are a lot of cars on the road, but few can match the utility per pound that LSVs offer.
If you live in a city and have been looking for an affordable electric car, here it is, in all its glory. And there it goes, at no faster than a federally-limited 25 mph.
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Thanks to a clever, fully electric swing system and “boom up” power assist features, the big PC365-11 hybrid excavator from Komatsu promises better performance and serious fuel savings compared to conventional diesel machines.
Komatsu says its PC365-11 hybrid excavator uses a “boom-up” power assist feature that captures and stores kinetic energy during different operation cycles, then taps into that power to provide an extra energy boost when needed. The result is 15% more productivity and a 20% improvement in fuel efficiency when compared to non-hybrid excavators in ~40 ton class.
“The PC365LC-11 was engineered for excellence in multifunction applications by leveraging its innovative electric powertrain system to boost job site productivity while reducing fuel consumption,” says Matthew Moen, Komatsu’s product manager. “To highlight these performance enhancements, we’re emphasizing the concept of ‘multifunction plus’ as the defining feature of this machine.”
And, thanks to Komatsu’s proprietary software, all of this energy capture and reuse happens automagically during normal work, without the need for external charging. The fuel savings happen because removing the hydraulic load from the ICE engine allows it to run at an ultra-low idle, while the productivity comes from the greater power and overall speed of the electric operations vs. conventional hydraulics.
Electrek’s Take
Komatsu lunar excavator; image by the author.
Trust me when I tell you that Komatsu didn’t wake up one day and decide to build a capacitor-based hybrid crane. One of their customers had the idea and came to them, promising orders. That’s what Komatsu does – from undersea remote control dozers to lunar mining rigs (above), if you bring Komatsu an order, they will absolutely find a way to fill it.
As for PC365-11 hybrid excavator, it’s packed with clever tech, overall – offering significant fuel, emissions, and TCO reductions without dramatically changing the operational logistics of an existing fleet’s operations. That’s all the sales pitch it needs.
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For serious fleet buyers, safety isn’t a “nice-to-have,” it’s an absolute must – and Kia’s new PV5 electric van meets that need with a positively stellar, five-star safety rating on the tough European NCAP safety test.
The new “do-it-all” Kia PV5 showed strong performance across a number of key safety categories, including Occupant Protection, Safety Assist/Crash Avoidance, and Post-Crash Safety. The PV5’s robust suite of standard ADAS technologies that includes AEB, Lane Support System, and Speed Assistance System also helped the new electric work van to deliver top marks in the NCAP’s “real world” test scenarios.
The Euro NCAP tests highlighted the strong performance of a number of the PV5’s ADAS features, specifically calling out the following:
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Demonstrated strong responsiveness in vehicle-to-vehicle scenarios
Provides additional protection for pedestrians behind the vehicle
Avoided collisions in most pedestrian and cyclist test cases
The Kia PV5 slots into familiar territory for US buyers, landing roughly in the same size class as the Ford Transit Connect or Ram ProMaster City, with ~180 cubic feet of interior cargo space available, which is plenty to make it attractive for last-mile delivery and trade work in tight urban markets.
Globally, the PV5 is offered with a number of battery options, including a smaller 43.3 kWh Lithium-Iron-Phosphate (LFP) pack, as well as larger Nickel-Cobalt-Manganese (NCM) packs at 51.5 kWh and 71.2 kWh. The longest-range versions are good for about 250 miles of estimated range – more than enough for Kia to make a case for it as a practical, city-focused alternative to much larger (and pricier) electric vans.
Larger vans, by the way, that may not have that 5 star Euro NCAP rating.
Kia PV5
SOURCE | IMAGES: Kia; photo by Scooter Doll.
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Alphabet-owned Waymo has suspended its driverless ride-hail service in the San Francisco Bay Area after blackouts plagued the city Saturday afternoon.
“We have temporarily suspended our ride-hailing services in the San Francisco Bay Area due to the widespread power outage,” a Waymo spokesperson tells CNBC. “Our teams are working diligently and in close coordination with city officials, and we are hopeful to bring our services back online soon. We appreciate your patience and will provide further updates as soon as they are available.”
Waymo notice of service outage in San Francisco.
Source: Waymo
As power outages spread yesterday, videos shared on social media appeared to show multiple Waymo vehicles stalled in traffic in different parts of the city.
San Francisco resident Matt Schoolfield said he saw at least three Waymo autonomous vehicles stopped in traffic Saturday around 9:45 p.m. local time, including one he photographed on Turk Boulevard near Parker Avenue.
“They were just stopping in the middle of the street,” Schoolfield said.
A Waymo vehicle stuck between Parker and Beaumont, on the north side of Turk Boulevard in San Francisco.
Credit: Matt Schoolfield
The power outages began around 1:09 p.m. Saturday and peaked roughly two hours later, affecting about 130,000 customers, according to Pacific Gas and Electric. As of Sunday morning, about 21,000 customers remained without power, mainly in the Presidio, the Richmond District, Golden Gate Park and parts of downtown San Francisco.
PG&E said the outage was caused by a fire at a substation that resulted in “significant and extensive” damage, and said it could not yet provide a precise timeline for full restoration.
San Francisco Mayor Daniel Lurie said in a 9 p.m. update on X that police officers, fire crews, parking control officers and city ambassadors were deployed across affected neighborhoods as transit service gradually resumed. “Waymo has also paused service,” Lurie said.
Amid the disruption, Tesla CEO Elon Muskposted on X: “Tesla Robotaxis were unaffected by the SF power outage.”
Unlike Waymo, Tesla does not operate a driverless robotaxi service in San Francisco.
Tesla’s local ride-hailing service uses vehicles equipped with “FSD (Supervised),” a premium driver assistance system. The service requires a human driver behind the wheel at all times.
According to state regulators — including the California Department of Motor Vehicles and California Public Utilities Commission — Tesla has not obtained permits to conduct driverless testing or services in the state without human safety supervisors behind the wheel, ready to steer or brake at any time.
Tesla is vying to become a robotaxi titan, but does not yet operate commercial, driverless services. Tesla’s Robotaxi app allows users to hail a ride; however, its vehicles currently have human safety supervisors or drivers on board, even in states where the company has obtained permits for driverless operations.
Waymo, which leads the nascent industry in the West, is Tesla’s chief competitor in AVs, along with Chinese players like Baidu-owned Apollo Go.
The outage-related disruptions in San Francisco come as robotaxi services are becoming more common in other major U.S. cities. Waymo is among a small number of companies operating fully driverless ride-hailing services for the public, even as unease about autonomous vehicles remains high.
A survey by the American Automobile Association earlier this year found that about two-thirds of U.S. drivers said they were fearful of autonomous vehicles.
The Waymo pause in San Francisco indicates cities are not yet ready for highly automated vehicles to inundate their streets, said Bryan Reimer, a research scientist at the MIT Center for Transportation and co-author of “How to Make AI Useful.”
“Something in the design and development of this technology was missed that clearly illustrates it was not the robust solution many would like to believe it is,” he said.
Reimer noted that power outages are entirely predictable. “Not for eternity, but in the foreseeable future, we will need to mix human and machine intelligence, and have human backup systems in place around highly automated systems, including robotaxis,” he said.
State and city regulators will need to consider what the maximum penetration of highly automated vehicles should be in their region, Reimer added, and AV developers should be held responsible for “chaos gridlock,” just as human drivers would be held responsible for how they drive during a blackout.
Waymo did not say when its service would resume and did not specify whether collisions involving its vehicles had occurred during the blackout.
Tesla and the National Highway Traffic Safety Administration did not immediately respond to requests for comment.
This is a developing story. Please check back for updates.
— CNBC’s Riya Bhattacharjee contributed reporting.