If you saw a good friend of yours, someone that you loved, backsliding again into their destructive habits, you’d say something, right? I would. And I have to do it now. America, you’re my friend. And we need to talk about all of these massive electric trucks.
It’s no secret that America has a love affair with massive vehicles, namely trucks and SUVs. But what is a bit less well known is exactly why. As you can probably guess though, it has to do with money, namely profits for manufacturers.
There was a time when the “big family car” in the US was a station wagon. It fit a seven-person family and the dog, plus everyone’s luggage, and became the iconic family road trip vehicle for decades. It was a simpler time, when cars weighed less, held more, and had better visibility.
So why did that change? Mostly it had to do with the US automotive industry successfully lobbying to get pickup trucks and SUVs classified as “light trucks,” a category previously reserved for commercial vehicles, and one that made it possible to avoid regulations. It was possible because this automotive class, as mostly commercial vehicles, was exempt from the more stringent safety and emissions standards applied to regular passenger cars.
So the US auto industry discovered they could sell vehicles that avoided stricter safety and emissions regulations, thus saving them money in manufacturing. And perhaps most egregious of all, automakers even discovered they could charge a premium doing it by pitching such large automobiles as lifestyle vehicles.
I had hoped that the advent of electric vehicles might finally provide a return to form once avoiding emissions regulations would no longer be a unique advantage of producing in the massive “light truck” category. But I underestimated the inertia of the American automotive industry. The problem is that automakers had already spent two decades telling Americans that if they don’t buy a bigger vehicle than their neighbor, then what were they even doing?
And so it should come as no surprise that in a country where the single best-selling vehicle of any type is a Ford F-150 pickup truck, the last couple years have seen the rollout of the 6,500 lb. Ford F-150 Lightning, the 7,000 lb. Rivian R1S & R1T, the 8,000 lb. Chevy Silverado EV and the gluttonous 9,000 lb. GMC HUMMER EV. All of these are 100% electric trucks and SUVs, and all of them are utterly massive. Listen America, we need to talk. Consider this an intervention.
It’s not your fault, America. It’s the automakers’ fault. As Americans, we once got by just fine with smaller trucks.
Remember the Ford Rangers and Chevy S10s of the early 1990s? Here’s the crazy thing. A 1993 Ford Ranger compact pickup truck weighed just 2,900 lb. and yet had a longer bed than Ford, Chevy, and Rivian’s massive electric trucks of today. Some comparisons are nearly comical, like Rivian’s 4’6″ bed compared to the 6′ standard and 7′ long bed on the cute little 2,900 lb. Ford Ranger that came 30 years earlier.
And if you think that’s bad, consider that those two trucks have the same payload capacity. That’s right, they are rated to haul the same amount of weight, around 1,250 to 1,500 lb. depending on the configuration, even though that payload is a full half the weight of the ’90s truck and less than a quarter of the weight of today’s massive trucks.
The even smaller 2,600 lb. Chevy S10 compact pickup truck had a 1,216 lb. payload capacity in 1993, which is nearly identical to the 1,300 lb. payload capacity of the 8,000 lb. Chevy Silverado EV pickup truck recently grabbing headlines. One truck weighs over three times as much as the other and yet they can both haul the same amount of weight.
Okay, so if the trucks have the same cargo capabilities, then where is all of that extra weight coming from on today’s massive e-trucks? It’s largely coming from two areas: gigantic powertrains and an excessive amount of fluffy creature comforts.
These lifestyle trucks aren’t just rolling living rooms. They’re also supercars. The Rivian R1T has a 3.1 second 0-60 mph time. The Ford F-150 Lightning does it in 3.8 seconds. Those are competition numbers, folks. There are dudes turning wrenches in their garages right now that could only dream of getting their cars to the mark in 3.1 seconds.
It’s a feat that is possible thanks to that massive torque and low-end power offered by electric motors, but it simply isn’t necessary for most people. There’s no case where the driver of an 8,000 lb. truck needs to get it up to 60 mph in 3.1 seconds, and in fact its ability to do so has been correctly highlighted as a danger in and of itself.
But what about towing?
Aha! There you go: towing. This is pretty much the only vestige of reasonableness left for these massively oversized electric trucks, and even this one is pretty thin. The extreme power that gives these 8,000 lb. vehicles faster acceleration than many sports cars also translates into impressive towing. It’s the one area where they best compact pickup trucks from 30 years ago, offering much higher towing capacities.
But here in lies the rub: Most people don’t need that kind of towing power. At least, they don’t need it very often. If you live south of the Mason-Dixon line, take a closer look at the sea of pickup trucks driving around every day. How many of them are towing anything? Almost none of them, that’s how many. In fact, how many of them have literally anything in the bed? Very few of them, that’s how many.
I’d wager that mosts Honda Civics have more junk floating around their trunks than most modern pickup trucks have in their beds. Next time you’re in the parking lot at Lowes or Home Depot, take a peek at how many of the pickup trucks have nice, shiny tail gates without a scratch on them.
But I digress, we were talking about towing. The standard argument is “but what if I need to tow something?” And the correct answer is, “most people rarely do.” Sure, some people live out of an Airstream trailer that is permanently connected to their truck. But most truck owners tow something heavy a few times a year, maximum. More common towing operations are smaller, lighter jobs that could be performed with a much smaller vehicle. In Europe, it is common to see people towing a camper behind a small family car.
Now if you’re a truck owner, I’m not saying that you specifically don’t use your truck. Or that you never tow or never haul. I’m just saying that almost every time you’ve used your truck recently, it’s probably been for a job that could have been done by a much smaller vehicle, or even… gasp! A compact pickup truck weighing a third as much.
And yes, I’m generalizing here. On average, most trucks on the road right now aren’t doing “truck” things. But not all of them. If you run a landscaping business and you have a 16-foot enclosed landscaping trailer behind your truck, then carry on, this isn’t about you. Thank you for your service. If you’re a diving instructor and pull a boat to the marina or two dozen scuba tanks as part of your job, then have at it. If you’re a plumber and have a bed full of pipes, ladders, and other assorted fitting gear, then go for it. There are people that use their trucks for trucking each and every day. That’s all good, go to town. Because yes, there are real uses for big trucks, so I’m not saying those trucks shouldn’t exist. But what I am saying is that most truck owners don’t actually need them and could instead use a much smaller truck, if they still want to be in a truck. These are the recreational truck owners. The lifestyle truck owners. The majority of truck owners, the majority of the time.
Most people that need “truck capabilities” end up needing to move a couch or a refrigerator once in a blue moon. It’s just like how many electric car owners will say they like knowing they have over 300 miles of range, but you’d be hard-pressed to find many that have actually driven over 300 miles in the car recently.
And if that’s you, the occasional “I need to move a couch or my dirt bike” truck owner, then first of all that could be done in a compact truck. And second of all, it could also be done in a rental truck, not one that you drive every day while wasting energy and putting both yourself and others in harm’s way with the increased size, diminished safety (fewer safety regulations for light trucks!), and reduced visibility.
I’m not trying to point fingers, but if I’m doing, then I’ll look inwards as well. I can even see it in my own family. My sister runs a furniture refinishing business and so she bought a Silverado (not the EV one). It’s massive. And yes, once in a while she moves a dresser or a table. But for every trip that she has furniture in the bed, there are probably 20 trips where she’s picking up a gallon of paint or a box of nails or dropping her kids off at school. All of those trips could just the same be performed in a compact truck or a family sedan or even on a bicycle. I love my sister and I hope she never reads this, but even in her case as a blue-collar small business owner, she’d be better off with a small car and just renting the occasional truck. Or even putting a trailer behind a small car. An expensive truck that actually “trucks” infrequently is simply a waste of money, energy, and resources. It’s also a waste of space, especially when you look at parking. Many parking lots simply can’t accommodate today’s larger trucks into existing parking spaces.
America needs to reform its microcar laws
One of the reasons we likely don’t see compact electric trucks (or really any compact trucks in serious numbers) anymore is because there just isn’t much profit in it. Automakers have already “sold” Americans on the idea that they need a bigger vehicle, and so now all of the profits are in producing those bigger vehicles and squeezing more add-on cash flow out of them in the form of accessories, servicing, etc.
But what could finally make a dent in that would be new electric mini-truck laws.
We almost had a true highway-capable electric mini-truck in the form of the recently unveiled TELO mini-truck, but there too the designers ended up screwing the pooch by chasing after the high-end market.
They gave it a top speed of 125 mph, which is ridiculous considering you can’t legally do anywhere close to that in the US. They gave it 500 horsepower, which is ridiculous in a freaking mini-truck. They gave it a 0-60 second time of 4.0 seconds, which again, is ridiculous in a mini-truck. And they gave it an estimated $50,000 price, which since no automaker has yet stuck to their estimated price, means it will be north of $50K if it ever makes it to market.
No one buys a mini-truck as a lifestyle vehicle or to make a statement (unless your statement is that your manhood is so appreciable that driving a mini-truck is doing the opposite of compensating for any, ummm, insufficiencies you may be hiding). People use mini-trucks for getting work done. They use them for hauling crap around town, making deliveries, and generally going about real daily work.
The problem is that the US’s microcar laws, which created a class known as Low Speed Vehicles to remove nearly all of the safety regulatory hurdles of larger cars, also has the unfortunate stipulation of limiting speeds of these vehicles to just 25 mph. That’s too slow for most people to feel comfortable driving a truck in a city or suburb, even if in actuality traffic often moves at far less than 25 mph in many cities and suburbs.
But if the US finally created a similar class of vehicles to quadricycles in Europe, a group of four-wheeled vehicles that have fewer regulations but are limited in speed to around 45-55 mph, then an entire new industry of electric mini-trucks could spring up nearly overnight.
Automakers could enjoy quicker paths to market and lower development costs, and consumers could enjoy lower-cost, smaller, and more convenient electric trucks. Because let’s face it, as much as you’d like a new 450-mile range Chevy Silverado EV truck, you don’t have the $77,000 for it.
But you might have $35K for a modern day Chevy S10 pickup compact pickup truck that just reaches highway speeds or $25K for an electric mini-truck that can hit city/suburb speeds.
As much as I’d like to see a new class of mini-truck and not-as-low-speed-vehicle laws, it’s unlikely to happen anytime soon. But that doesn’t mean it’s any less important of a goal to work toward. Electric mini-trucks are common in Asia and Europe precisely because they have laws that create a framework for their production and use.
That’s what the US needs. It needs electric mini-trucks that can legally reach 45 mph to more comfortably traverse suburbs and larger city streets. It needs automakers to return to the concept of compact pickup trucks, offering us electric versions that top out at 80 mph yet can haul as much as massive flagship electric trucks over twice their weight.
I’m not sure how we achieve that, but it seems like it needs to be an outside force. The automakers have demonstrated that they aren’t interested in doing it themselves. Weight-based vehicle registration fees have been presented in New York and other areas, and perhaps parking should be prioritized for smaller, more space efficient cars. There’s plenty of ways to help guide drivers towards cars that are smaller, safer, and more efficient.
I’m not saying the existing group of massive trucks need to go, though part of me wishes they would be relegated to commercial use as they were once intended. But we need to provide better offerings that more accurately match what drivers actually need, not what automakers tell them they need. Because for every pickup truck or SUV out there towing a boat right now, there are triple digits of pickup trucks and SUVs hauling a gallon of milk and little Timmy’s soccer bag. A more American road image, unfortunately I can not imagine.
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But it looks like the design refresh is still a transitional in Tesla’s production as the automaker is still taking orders for the previous version:
For the launch in North America and Europe, Tesla has only added a new “trim” on the Model Y online configurator for a ‘Launch Series New Model Y’, which is the version unveiled in China earlier this month.
But in China, only this new version has been available for sale since the last two weeks.
Tesla estimates that the new version will have 320 miles of EPA range. Compared to 311 miles for the previous Model Y Long Range AWD, the only version of the new Model Y Launch Series available.
Here are all the other changes with the new Model Y compared to the previous version:
Feature
Model Y
New Model Y
Starting Price After Est. Savings
$31,490 Available Now
$46,490 Available Starting March
Trims
Long Range RWD Long Range AWD Performance AWD
Launch Series Long Range AWD
Range
277-337 miles (EPA est.)
303-320 miles (est.)
Seating
First row: power recline and heated Second row: manual fold and heated
First row: power recline, heated and ventilated Second row: power two-way folding and heated
8 exterior cameras (includes a new front-facing camera)
Audio
Long Range RWD: 7 speakers Long Range AWD: 13 speakers, 1 subwoofer Performance AWD: 13 speakers, 1 subwoofer
Launch Series Long Range AWD: 15 speakers, 1 subwoofer
Connectivity
First-generation hardware
Second-generation hardware
Trunk
Power open
Hands-free power open on approach
Interior
Footwell and door pocket ambient lighting Wooden detailing with black interior
Footwell and door pocket ambient lighting Wrap-around ambient lighting Aluminum detailing and premium textiles
Climate
Tinted and laminated safety glass Power-actuated first-row air vents Manual second-row air vents
Tinted and laminated safety glass with metallic infrared reflective coating Power-actuated first- and second-row air vents
For the Launch Series, Tesla is pricing the new Model Y Long Range AWD at $59,999 USD. That’s $12,000 more than the previous Model Y Long Range AWD, which is still available to order.
Specifically for the Launch Series, buyers get a bunch of special badging around the car:
But they also get things called “Premium Textil Trim” and “Vegan Suede for Black Interior”:
Currently, Tesla is only offering the new Model Y in Stealth Grey, Pearl White Multi-Coat, Ultra Red, and Quicksilver, but they are all included in the Launch Series price.
Tesla is talking about the first deliveries of this new version of the Model Y coming in March in North America.
Electrek’s Take
This came sooner than expected, as most expected the launch to be closer to March based on how Tesla launched the Model 3 refresh last year.
But this is also different since Tesla continues to take orders for the previous version.
Tesla was likely worried about the Osborne effect and this strategy of starting with this more expensive version of the Model Y, the Launch Series, is going to help sales of the much cheaper previous version.
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Rivian (RIVN) plans to launch a new Advanced Driver Assistance System (ADAS) this year to enable hands-free driving. The new feature is expected to be similar to Tesla’s Full-Self Driving (FSD). In 2026, Rivian will up the ante with an “eyes-free” system.
Rivian plans hands-free driving in 2025, eyes-free in 2026
At the new Rivian Space opening in San Francisco on Thursday, CEO RJ Scaringe revealed a few exciting developments to look forward to.
According to the folks at RivianForums, Scaringe said during the event that the company plans to launch a hands-free ADAS feature in 2025. Next year, Rivian will follow it up with an “eyes-free” system.
The big question is, will current Rivian R1S and R1T owners gain access? It could depend on whether you drive a Gen 1 or Gen 2 model. All Rivian models built through 2024 are considered Gen 1, while models 2025 and newer are Gen 2.
Rivian introduced the second-generation R1S and R1T last summer. They were “completely reengineered” with hundreds of hardware improvements, fully redesigned software, and more.
The upgrades include its new in-house autonomy system, Rivian Autonomy Platform. It’s powered by 11 cameras, five radars, and predictive AI.
Rivian R1T (left) and R1S (right) electric vehicles (Source: Rivian)
Rivian said the new platform is “10 times more powerful” than the old system. It also features 360-degree visibility with 8X the number of camera pixels than the previous models. Gen 2 models already include features like Blind Spot Monitoring and Highway Assist.
With the premium version, drivers gain access to Lane Change, while Rivian said Enhanced Highway Assist and other features were coming soon.
Rivian R2 electric SUV (Source: Rivian)
Although all Rivian R1S and R1T EVs include OTA updates, some features may require additional hardware or software not included on Gen 1 models.
Rivian hands-free and attention-free autonomous highway driving will be available on the upcoming R2 model. The smaller electric SUV is due out in the first half of 2026, starting at around $45,000.
Electrek’s Take
As a Tesla Model 3 driver, I can tell you that Full-Self Driving (FSD) is fun and can be helpful at times. I’ve used it on longer trips, like through the Blue Ridge Mountains, and it makes driving or sitting in the car a little more enjoyable.
Although the system still requires you to pay attention, it enables the vehicle to drive itself almost anywhere with “minimal driver intervention.”
The new Actually Smart Summon feature is one of my favorites. Through the Tesla app, you can summon your vehicle to come to you in a parking lot. The vehicle will then move around other cars, people, and objects to find you.
Other functions, like Navigate on Autopilot, will take over while the vehicle is on the highway, changing lanes (with turn signals) and braking or accelerating as needed.
For Rivian owners, it would be like an upgraded system from Highway and Lane Change Assist. The “eyes-free” system coming next year will likely have a few regulatory hurdles to pass before it rolls out, so it should be interesting to see what that will consist of. Check back for more info soon. We’ll keep you updated with the latest.
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The United Arab Emirates is building the world’s largest solar and battery storage project that will dispatch clean energy 24/7.
Emirati Renewable energy company Masdar (Abu Dhabi Future Energy Company) and Emirates Water and Electricity Company (EWEC) are developing the trailblazing solar and battery storage project. Once it’s online, will become the largest combined solar and battery energy storage system (BESS) in the world.
Located in Abu Dhabi, the project will feature a 5.2 GW solar PV plant coupled with a 19 gigawatt-hour (GWh) BESS.
His Excellency Dr. Sultan Al Jaber, minister of industry and advanced technology and chairman of Masdar, said:
For decades, the biggest barrier facing renewable energy has been intermittency – to be able to source uninterrupted clean power day and night.
In collaboration with EWEC and our partners, we will develop a renewable energy facility capable of providing clean energy round the clock.
For the first time ever, this will transform renewable energy into a world-leading 1 GW of reliable baseload energy every day on an unprecedented scale – a first step that could become a giant leap for the world.
Masdar announced China’s JA Solar and Jinko Solar, two of the world’s largest solar panel suppliers, and Chinese battery and BESS giant CATL as preferred suppliers. JA Solar and Jinko Solar will supply 2.6 GW of solar panels each. India’s Larsen & Toubro and POWERCHINA have been selected as preferred engineering, procurement, and construction contractors.
Masdar says the project will create 10,000 jobs and doesn’t yet indicate a projected completion date.
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