The Pyxis Ocean sailed from China to Brazil in September 2023, partially powered by large ‘wings’.
Cargill
A cargo ship with a difference is set to dock at the Polish port of Gdynia early next week.
The Pyxis Ocean, a bulk carrier that is 229 meters long and 32 meters wide, looks like any other dry cargo vessel — but with a big difference: it is fitted with two large, rigid sails known as WindWings.
These 37.5-meter-tall wings use wind power to help propel the vessel and in doing so reduce the amount of fuel it uses in an effort to cut carbon — shipping accounts for nearly 3% of the world’s greenhouse gas emissions.
The ship set sail from Shanghai, China, on Aug. 1, with around 20 crew onboard, and its voyage took it to Paranagua, Brazil in September before it set sail for the Spanish island of Tenerife, and then on to Poland. The wings have been folded down when the ship docked at ports on its journey.
The WindWings were added to the six-year-old vessel with the aim of cutting fuel use by about 20% on the voyage, according to Jan Dieleman, president of Cargill Ocean Transportation, which chartered the Pyxis Ocean.
Net zero goals
Cargill’s calculations suggest that WindWings could contribute to around a 30% reduction in fossil fuel consumption when three wings are installed on a new build ship — but if that vessel is powered with a biofuel, that figure could go up to 50%, Dieleman said.
“Wind is not going to get us to zero — unless we’re all willing to switch off the engines and go back in time … But what we’re trying to do here with this specific technology, is somehow combine the best of both worlds, still have reliability [with an engine], but reduce significantly the fuel usage,” Dieleman told CNBC by video call.
Biofuels such as green methanol and green ammonia are more costly than fossil fuels, and it’s not simply a case of switching one for another: methanol has about half the energy density of hydrocarbons so need larger tanks, for example.
“If you can reduce the volume [of fuel] by 30% you have another gain, [in] that you don’t have to put your ship all full of tanks instead of cargo capacity,” Dieleman said.
“I do get very excited with the combination of wind plus the new fuels, because new fuels [are] three, four times more expensive, then [by adding wind power] your payback is probably going to be two, three years instead of 10 years,” he added. This might encourage more ship owners to participate in schemes like this, because they are potentially more financially rewarding and less risky, Dieleman said.
One of the folded-down ‘wings’ that helped the Pyxis Ocean sail from China to Brazil, arriving in September 2023.
Cargill
Cargill has ordered five methanol-powered bulk carrier vessels, the first of which was ordered in 2022, before the WindWings were tested at sea. Once the wings’ performance has been evaluated, Cargill hopes to work with the shipyard building the new vessels to add WindWings to their design.
While the Pyxis Ocean’s voyage has been relatively smooth, there have been some ports that were reluctant to accept it, “because it’s different,” Dieleman said. “It takes us time to get innovation in a very traditional industry … even with the best will and the best people trying to push this, you still have a lot of hoops to go through,” he added.
The WindWings are not suitable for all vessels: it wouldn’t be possible to install them on a cargo ship that carries large containers that are many layers tall, for example. Bulk carriers like the Pyxis Ocean store their goods — such as grain — inside their cavities, below deck.
Shipping is a complex industry with many parties involved in funding and developing new technology, and it has taken four years since the beginning of the project for the Pyxis Ocean to set sail, Dieleman said.
The WindWings were developed by Cargill with naval architect Bar Technologies, and produced by Yara Marine Technologies, while the Pyxis Ocean is owned by Mitsubishi Corporation.
“This is this is a prime example, I think, of where people come together, and really genuinely [are] willing to make a difference, taking some risk. We have an owner that is letting us cut big holes in the ship — that that is not what every owner in the world is willing to do,” Dieleman said.
It’s bigger, more powerful, and built for on and off-road adventures. Toyota’s new electric SUV is getting an upgraded Woodland edition with 375 hp, added ground clearance, and a host of other outdoor-ready features. Here’s our first look at the Toyota bZ Woodland EV.
Check out the new 2026 Toyota bZ Woodland EV
Toyota is finally stepping it up. After introducing its new bZ electric SUV earlier this week, the refreshed version of the “bZ4X,” Toyota unveiled a more powerful, off-road Woodland model on Thursday.
Unlike the bZ, the Woodland model has standard all-wheel drive (AWD). Powered by dual electric motors, Toyota’s rugged new EV packs 375 hp, or 37 hp more than the AWD version of the bZ electric SUV (338 hp).
It also offers added capability, with up to 3,500 lb towing capacity, 8.3″ of ground clearance, and available All-Terrain tires.
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Although the bZ Woodland features Toyota’s new “hammerhead front end” with a full-length LED light bar, it adds a twist with black overfenders and a wide, powerful stance.
The outdoor-focused electric SUV is nearly 6″ longer, opening up an extra 30 cubic feet of cargo space. It also gains a standard roof rack and 18″ aluminum wheels.
2026 Toyota Woodland electric SUV (Source: Toyota)
Powered by a 74.7 kWh battery, Toyota expects the bZ Woodland to have a driving range of up to 260 miles. Like the bZ, it will also have a native NACS charging port to access Tesla Superchargers. Using DC fast charging, the electric SUV can recharge from 10% to 80% in roughly 30 minutes.
Other added features, including battery pre-conditioning and Plug & Charge capabilities, improve charging performance while making it easy to find and navigate to stations.
2026 Toyota Woodland electric SUV interior (Source: Toyota)
The interior looks about the same as Toyota’s other EV models, with a 14-inch infotainment and driver display screens. Toyota’s Audio Multimedia system powers the infotainment and supports standard Apple CarPlay and Android Auto capabilities.
All bZ Woodland models will have heated SofTex®-trimmed seats for the driver and front passenger and a choice of Stone Brown or Black coloring.
Upgrading to the bZ Woodland Premium package gains a premium JBL Audio System, panoramic roof, ventilated front seats, and a front radiant heater.
The bZ Woodland is Toyota’s third EV to launch in the US, joining the new 2026 C-HR and bZ electric SUVs. It’s expected to arrive at dealerships in early 2026. Toyota will reveal prices closer to launch, but the upgraded off-road Woodland model is expected to start a bit higher at around $50,000. Check back soon for official prices.
Would you buy Toyota’s rugged new electric SUV for around $50,000? You’ll have the chance soon. Drop us a comment below and let us know your thoughts.
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Arc, the company behind the powerful Arc One and Arc Sport electric boats, announced its next model today: the Arc Coast, a center console boat with many of the capabilities of its predecessors at a significantly lower price.
As a reminder, Arc is a relatively new company, founded in 2021 in Los Angeles, targeting the luxury boat market with high-powered electric boats. Its cofounders, Mitch Lee and Ryan Cook, are engineers who met while working at Boeing.
The company has since grown to over 170 employees, and boasts that many of them are former SpaceX, Tesla, and Rivian workers (like, well, every other electric startup).
Sales are going well with a substantial backlog and the Sport is sold out through the summer. It’s currently hoping to ramp up production of the Sport “into the hundreds of boats a year,” but it isn’t there yet.
But even while it ramps Sport production, it’s looking to address other markets, and its new Arc Coast announced today is an impressive stab at that.
The Arc Coast is a “center console” model. For those of us in the car world, it might sound confusing to name a vehicle after one of its parts, but the term makes for a meaningful distinction on a boat: the helm (or “console”), where the pilot operates the boat, is smack in the middle, offering mobility all around the edges of the deck.
This mobility is helpful for certain applications, for example fishing. Being able to move around all sides of the boat means that your rod won’t get caught up on rigging or a canopy.
It also just makes it easier to hang out and get around the boat. Instead of having to squeeze between seats or flip open a door to get towards the bow, you can just walk all around the boat without much obstruction.
However, these types of boats tend to have less luxuriant upholstery, less protection from the elements (sun shades, windshields, etc), less sitting space than other boat formats.
Because of this, Arc has been able to save a good amount of money on materials, and it allows them to offer the Coast model with similar performance and many of the same features as its others, but at a lower price.
Length: 24ft
Battery: 226kWh (the same as the Sport’s battery, which was good for 4-5 hours of use there)
Horsepower: 400hp
Top speed: 50mph (~43 knots)
Hull Material: Fiberglass
Seating: 10 people
Pricing: Starting at $168,000
The Arc Coast maintains the benefits of its electric powertrain, which Arc highlights that it designed and built from the ground up. By starting from scratch and designing a boat around its own powertrain, instead of just building a fiberglass hull and attaching an off-the-shelf outboard (like the vast majority of other center console boats) and console gauges from random suppliers, Arc is able to offer a more consistent experience.
It’s the same thing we at Electrek notice and comment on in automobiles – cars that were built from the ground up to be electric generally do a better job of it than cars which are retrofitted from gas models or share platforms with them.
Arc thinks that the difference is even starker in boats, as outboard motors are notoriously unreliable and offering a properly-sealed electric powertrain will make maintenance much easier, even in harsher saltwater environments (as compared to the Sport model, which was more freshwater-focused).
It also offers usability benefits. By moving to inboard motors, the rear of the boat can be utilized for a low swim step, making ingress and egress easier, and a sunpad for lounging. It also takes away the fumes and noise that normally plague the back end of a fossil-powered boat, giving you more usable space and making it much more pleasant to hang out back there.
That usability carries over into the boat’s software, which Arc has also designed from the ground up in a modern, consistent interface. When we saw this ourselves on the Sport we were impressed, though the software wasn’t done yet (and will surely be in a constant state of getting updates for some time to come).
This interface includes connectivity and over-the-air updates, which offer big benefits for a boat owner as it’s a lot easier to check your boat’s charge, or perhaps see a feed from the boat’s cameras, through an app rather than having to head down to the marina and take a look yourself.
We haven’t yet had a chance to try out the Arc Coast – and in fact, you’ll notice that the photos and videos on this page are backlit renders, as Arc is still working on some of the specifics. Nevertheless, preorders are open today over at Arc’s website, and Arc says the boat is “coming in 2026.”
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eVTOL developer Archer Aviation has signed on as the official air taxi partner of the 2028 Olympic Games in Los Angeles. As a partner to the event and Team USA, Archer’s Midnight eVTOL aircraft will transport VIPs, fans, and athletes around event venues in the Los Angeles metropolitan area.
Archer Aviation ($ACHR) appears poised to be the first eVTOL developer to bring commercial air taxi rides to the skies above the US. Leading up to today’s news, Archer had announced partnerships to establish zero-emission air taxi networks in several global regions, including Japan and the UAE, and flights in its native US.
For example, Archer unveiled an initial route map for air taxi operations in New York City last month alongside details of an ongoing partnership with United Airlines. The pending air taxi network includes vertiports at JFK, LaGuardia, and Newark Airports around NYC and a presence at regional airports and three helipads in the city itself.
The NYC air taxi network was preceded by plans for an eVTOL air mobility network coming to Los Angeles, announced in August 2024. At the time, the company said it is targeting initial eVTOL operations in the Los Angeles metropolitan area by 2026, long before the influx of global visitors for the 2028 Olympic Games.
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Today, Archer announced that it has become the official air taxi provider for visitors to the Los Angeles Olympic Games.
Source: Archer Aviation
Archer to take air taxis to the skies above the 2028 Olympic Games
According to an update from Archer Aviation, it has signed a partnership to be the exclusive air taxi provider for the LA28 Olympic Games. In this partnership, Archer Aviation will integrate its flagship Midnight eVTOL aircraft into transport operations and support Team USA
The Archer eVTOL is expected to transport Olympic VIPs, fans, and company stakeholders around the 2028 games’ locations, utilizing vertiport hubs at key venues. The eVTOL developer said its sustainable aerial technology will also support emergency services and security. Per Archer founder and CEO Adam Goldstein:
We want to transform the way people get around Los Angeles and leave a legacy that shapes the future of transportation in America. There’s no better time to do that than during the LA28 Games. I can’t wait to see Midnight flying passengers over Los Angeles, emblazoned with the Team USA logo and the Olympic Rings and Paralympic Agitos.
eVTOL vertiports are planned for SoFi stadium in Inglewood and the Memorial Coliseum on the USC campus. Other locations include visitor hubs at LAX Airport, Hollywood, Orange County, and Santa Monica. The 2028 Olympic Games are expected to welcome over 15 million visitors from around the world, some of whom will have an opportunity to experience some of the first-ever air taxi rides in the US.
Archer’s Midnight eVTOL can transport up to four passengers at a time and is significantly quieter than other traditional forms of aerial transportation, such as helicopters. The Midnight aircraft will be assembled at Archer’s manufacturing facilities in San Jose, California, and its newly erected facility in Covington, Georgia.
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