Volvo flew us to Newport Beach, California, to test its new EX90 7-seat AWD SUV. For many people, including my family, this is the holy grail of EVs. It is part electric luxury sports sedan, part four-wheel-drive off-roader and trailer hauler, and most importantly, part minivan.
How well do these come together? Let’s see…
Volvo EX90 appearance
The EX90 is unmistakenly a Volvo with the signature electric closed grill at the front and Thor’s hammer headlights. The rear is more subdued and could be mistaken for a traditional Volvo XC90 or similar. The vehicles they had us in were either sandstone tan or gray which felt stately but muted.
The front hump at the top of the windshield may seem like it is paying homage to London taxis or stealth police vehicles, but it is, in fact, the housing for Volvo’s very high-tech Lidar safety and eventually self-driving system.
There’s also a “Volvo for Life” tagline underneath, proudly displaying Volvo’s commitment to safety. Is it a little much? Perhaps.
Volvo, more than any other carmaker, is proud of its safety features and seems to want to show them off rather than hide them. See also: those yellow 3-point seat belts in other models, which the company invented and shared freely with the rest of the industry. They’ve saved countless lives, and Volvo expects its Lidar system to do the same.
I think the EX90 has the perfect stance between sedan and SUV, allowing for a good ride height for visibility and mild off-roading but not so far off the ground that handling and turns are too compromised.
High marks all around on outward appearance. But is the EX90 just good looks on the outside? Let’s look inward.
We got to sit in two different interiors, a synthetic leather and recycled cloth. Both exuded Volvo’s spartan luxury feel – not cluttered at all but also not Tesla minimalist either. The four main seats were more than comfortable in over three hours of driving and, my word, this vehicle is quiet and smooth. If you aren’t driving, prepare to nod off.
The third row is a little bit of a compromise and you can probably see why the Polestar 3, built on this same platform, only comes in a 5-seat configuration. Jamie at about 6′ tall found it to be quite uncomfortable unless moving the middle row seats up. This would be mostly for children or quick airport or school runs, not for seven adults on a road trip. We later got to see the 6-seat configuration with two middle row captain’s chairs (including armrests ahem Tesla Model X) which made the 3rd row significantly less cramped. I think the 6-seat option is where I’d go on this car.
Even with the 3rd row seats up you have two rows of grocery room in the back and there’s room under the false floor for more permanent items. It is a good thing too because the “frunk” is small and hard to get to (boo!). We’d like to see some smarter packaging up front to enable a deeper, more accessible frunk.
With the 3rd row down, you’ve got some massive storage space and still room for 5 people.
About that second-row middle seat, though: It sits higher, is firmer/less comfortable with a folded armrest in your back, and, to me, is another reason to go with the 6-seat configuration.
The EX90 center stack runs on Android for Automotive, which means you will get a very Google-centric experience. That, in my usage, is fantastic. Volvo, unlike some other automakers, decided to keep access to Apple’s wireless CarPlay open so that you can run iOS over Google’s OS. Many folks will just use the built-in Google Maps, which also shows up on the fantastic heads-up display. Google’s OS has many, if not all, of the apps you’d use on your iPhone, so it becomes a little bit redundant, but Volvo was adamant about giving their customers a choice here.
The 360 camera was solid all around but sometimes made for some interesting interpreted obstacles (see above). Overall, however, it was certainly helpful in navigating close and unfamiliar territory.
The Volvo EX90 Drive
The most unique aspect of the car was the drive performance, and it was certainly rewarding. With its electric motors and insulated interior, the drive was the quietest I can remember taking in recent years. Add to that the smooth, vibration-free feel of the road, comfy and vented seats, and the fantastic assisted handling, and it felt like a $100K+ Mercedes to drive. Torque vectoring brings incredible ease and confidence to curves. Great visibility is confidence-inspiring and inspiring, as is that Lidar-enhanced safety suite.
However, the performance of the motors was somewhat muted. Talking to engineers at the event, they admitted that they softened the acceleration on purpose here, though it isn’t certain if it was for drive quality, keeping parts from wear, or what. Jamie and I both railed on them, noting that their half-the-price EX30 is somehow over a second quicker to 60mph, and it is a better experience to have your foot deciding the speed, not some computer algorithms.
Still, 4.7 seconds 0-60 is respectable, and the Polestar 3, which is the same SPA platform drivetrain (slightly higher 517 hp), is only .2 seconds faster. I think Volvo could do better here but whenever I talk about speed, Volvo comes back with “safety” and I guess I get it.
Depending on what tire size you pick, the EX90 will get you somewhere north of 300 miles of range, which I think is the sweet spot for vehicles like this. Rivian’s R1S offers more range but at much bigger battery/higher price points. Tesla Model X offers more range on paper, but in reality, is often less than 300 miles. Kia’s EV9 is going to be similar.
Bidirectional Charging is a big hit
While this will go under the Lidar (lol) for some, Volvo really amped up the vehicle’s ability to power homes. Rather than the ~2kW many cars have, the Volvo can put out up to 20kW of power, meaning houses connected to the Volvo will even be able to be heated and cooled electrically. Here’s a quick demo of some use cases with a DCBEL system connected to the EX90:
Our fast charging experience was lackluster because we were on a busy Electrify America station but we still got a 185kW output with 30% state of charge. Volvo tells us that we can expect speeds up to and over 250kW at the right stations and it takes about 30 mins to take the battery from 10 to 80% or add about 210 miles.
Volvo EX90 wrap up
Volvo’s South Carolina-built EX90 is a big win in my book. Historically, the Rivian R1S and Tesla’s Model X have owned the third-row EV space. Recent newcomers like the Mercedes EQS SUV/BMW iX/Audi Q8 and, on the value end, the Kia EV9 have shaken up the market a bit. But I love the Volvo EX90 because it blends performance, style, luxury, and ride really well. Priced from $80-90K based on trim and before incentives, it is going to be a popular option in this growing space.
There’s no better test of a vehicle than the “Do I want one?” test. Often after reviewing a car, I’m happy to give it back. In this case the EX90 is something I’m following up on and therefore a big win. As a Rivian R1S owner, I often ask myself if I really need a 3-second 0-60, crazy offroading skills, or the last 100 miles of range, which I almost never use. I’d love captain’s chairs in the 2nd row (though I’d miss the fold flat). Most of all, I’d love the smoother, quieter ride and, most of all, the enhanced safety features that the EX90 offers. Like they say, it is all about safety.
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Fortescue has taken the wraps off a prototype of its proposed “Infinity Train” electric locomotive, making the 1,100 km (about 685 miles) trip from Perth to the Pilbara and marking a major milestone in the decarbonization of the company’s heavy haul operations.
UPDATE 15DEC2025: now there are two!
This week, two of Fortescue battery-electric locomotives began operating at the company’s Pilbara mines in Australia, where the so-called Infinity Trains (co-developed with Caterpillar’s Progress Rail division) began regular duty.
“It’s not every day you welcome not just one, but two of the world’s largest battery-electric locomotives into your operations,” said Fortescue Metals CEO, Dino Otranto, on LinkedIn. “[I] can’t wait to see these in motion soon!”
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The two new trains are now fully operational assets, packing almost unimaginably massive 14.5 MWh battery packs that were charged once with grid power upon deployment, and which will (in theory) remain at a usable state of charge indefinitely thanks to a cleverly applied combination of gravity, regenerative braking, and human intelligence.
Co-developed with the locomotive experts at Downer Group, Fortescue revealed its concept for a battery electric “Infinity Train” back in March of 2022. At the time, the company promised a “world’s first” iron ore train capable of fully charging its batteries through regenerative braking. The two companies claimed the clever technology would create a self-sustaining, zero-emission rail system powered entirely by the force of gravity during the train’s loaded downhill travels.
This week, the concept went from the drawing board to the real world, completing an 1,100 km trip across Australia and proving itself to be up to the task of handling the grueling demands of Fortescue’s massive mining operations.
“We’re thrilled to see our battery electric locomotive prototype arrive in the Pilbara,” said Ellie Coates, CEO of Fortescue Zero. She added that the achievement, using zero fossil fuels, “represent(s) a major step in Fortescue’s journey to Real Zero.”
The Fortescue Infinity Train uses the energy produced by slowing the loaded train on downhill sections of the company’s 385 mile private, heavy-haul rail network to recharge its battery systems. That energy is enough to bring the unloaded train back to the mine, eliminating the need for external charging infrastructure or additional renewable energy sources, making the train almost entirely self-sufficient.
Fortescue says the deployment of the Infinity Train concept at its mines will eliminate more than 82 million liters of diesel fuel consumption (about 21 million gallons, which ChatGPT tells me amounts to about 235,200 tons of CO₂ emissions).
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Develon is kicking off the holidays with seven new or updated electric excavators, led by its seriously impressive flagship offering: the new 25‑ton DX250LCE-7 battery-electric crawler excavator developed by HD Hyundai.
Develon says its new electric machines offer identical performance to their diesel counterparts, while delivering significant reductions in emissions, noise, and vibration — and that the breadth and scope of the brand’s new, zero-emission lineup underscores its continued commitment to sustainable innovation in the heavy equipment space.
“Moving forward, Hyundai Infracore is focusing on innovation and smart technology, as well as productivity and fuel efficiency. I think the timing very good for us, with exciting new technologies on the market,” Young-cheul Cho, President and CEO of Develon parent company HD Hyundai Infracore, told Construction Europe at last summer’s Intermat construction show. “Our next generation machines will use AI and have sensors that will be reliable in all environments and all weathers, which will improve safety.”
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The new Develon DX250LCE-7 brings Cho’s Intermat vision to life with specs that meet or beat the diesel-powered DX255LC-7’s capabilities in a quiet, zero-emission package.
Starting with horsepower, the DX250LCE-7’s electric motors pot out about 200 hp (comparable to the diesel) while tipping the scales at a ~26 metric ton operating weight. Bucket capacity matches the diesel at 1.4 cubic meters, too — but the Develon’s standout feature is its oversized battery pack, offering up to 12 hours of continuous runtime on a single charge under typical conditions (kWh capacity hasn’t been released), with DC fast-charging options that can get it back in action at full capacity in under two hours — making it ideal for a full-day of moving dirt.
North American pricing and availability should be released in Q1.
Electrek’s Take
As demand for low-emission solutions rises throughout Europe and SE Asia, the latest electric excavators from Develon and parent company Hyundai provide an ideal balance between eco-friendly operation and real-world job site requirements – especially when fitted with articulating buckets and other versatile implements.
Regardless of who is in power in the US, the fact is that these electric machines deliver quiet, efficient performance in challenging environments, cutting both emissions and noise while maintaining productivity and improving both operators’ safety and working conditions. They’re winners all the way.
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BYD is making a significant move to boost confidence in its electric vehicles in Europe. The Chinese automaker has announced a major update to its warranty terms, extending the battery coverage to 8 years or 250,000 km (approx. 155,000 miles), whichever comes first.
This new policy significantly outpaces the industry standard and puts pressure on competitors like Tesla and Volkswagen to follow suit.
The announcement was made via BYD Europe’s official channels today, confirming that the new warranty terms apply to its lineup of “New Energy Vehicles” (NEVs) in the region:
Previously, BYD offered a warranty that was more in line with the industry average, typically around 8 years or 160,000 km (100,000 miles), with some variations like 200,000 km in specific markets. This bump to 250,000 km is a massive increase in mileage coverage, effectively targeting high-mileage drivers, taxi fleets, and Uber drivers who might be wary of long-term degradation.
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For context, here is how the new BYD warranty stacks up against the main competition in Europe:
BYD (New): 8 years / 250,000 km
Tesla (Model 3/Y RWD): 8 years / 160,000 km
Tesla (Long Range/Perf): 8 years / 192,000 km
Volkswagen (ID. Series): 8 years / 160,000 km
Hyundai/Kia: 8 years / 160,000 km
As you can see, BYD is now offering nearly 60% more mileage coverage than the standard warranty provided by Volkswagen and the base Tesla models. Even compared to Tesla’s Long Range battery warranty, BYD offers an additional 58,000 km of protection.
The move is enabled by BYD’s confidence in its Blade Battery technology, which is interestingly used by competitors, such as Tesla.
The Blade Battery uses Lithium Iron Phosphate (LFP) chemistry, which is known for having a longer cycle life than the Nickel Cobalt Manganese (NCM) cells traditionally used in long-range EVs.
BYD has often claimed that the Blade Battery can sustain over 3,000 charge cycles while maintaining reasonable capacity. Even when accounting for linear degradation to 70% capacity over that lifespan, 3,000 cycles on a vehicle with a 400 km starting range would still result in roughly 1 million kilometers of total service life. Consequently, a 250,000 km warranty remains quite conservative for the chemistry, even if it is aggressive for the market.
This comes as BYD continues to expand aggressively in Europe, having recently launched the Sealion 7 and updated versions of the Seal and Atto 3.
Electrek’s Take
This is exactly the kind of competition we like to see.
It’s great to see BYD using the inherent durability of LFP cells to offer a tangible benefit to consumers rather than just cutting costs.
I’m looking at Tesla here. Tesla has been a pioneer in battery longevity, and we know their packs can last a very long time, especially the LFP packs in the standard range Model 3 and Y.
In fact, Tesla even used BYD’s blade batteries in some of the vehicles it sells in Europe.
It would be great to see Tesla follow BYD here.
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