This is the first time Formula E has opened a season in Mexico City, with the last four seasons being launched in Diriyah, Saudi Arabia. Unlike the last few seasons, the opening race is not a doubleheader this time around – there will only be one race, on Saturday, so if you wait until Sunday to tune in, you’ll miss the live action.
At nearly 2,300m/7,500ft altitude, Mexico City’s track provides an excellent demonstration of the strengths of electric drive. Combustion vehicles that race there have to contend with thinner air, which means less efficient combustion and lower engine power. With electric drive, this isn’t a worry – electric motors work equally well at any elevation.
New car
The most exciting change this year is the new car, which is a big change from last year’s car. The Gen3 spec looks very different than before, with a much more angular look.
They’re also smaller in every dimension – length, width, wheelbase, height, and most importantly weight. Smaller cars mean there’s more room on the track, which can potentially mean more overtakes on track. Smaller, lighter cars also perform better, since there’s less weight to push around in turns or during acceleration or braking.
But the biggest and most interesting change is in the powertrain. In addition to a boost to 350kW of power (as compared to 250kW in Gen2) and top speed of 200mph, the Gen3 car also has an additional 250kW front motor specifically for regenerative braking. This makes the Formula E Gen3 car the first Formula car to have both front and rear powertrains.
This means the car is capable of regenerating up to 600kW of power under braking, more than double what it could last year. So the cars will be more efficient and, therefore, able to go further and faster.
In fact, there’s so much energy recovery available from the motors that the car won’t even have rear brakes. Instead of rear friction brakes, the car relies only on its 350kW motor for rear braking. It still has front friction brakes, given that the front axle does the majority of work during braking due to load transfer, but the front brakes won’t need to be as large since they’re backed up by the front motor.
That said, these two powertrains do not make the Gen3 car an all-wheel drive vehicle. Like other formula cars, it still gets all of its acceleration power from the rear axle. But theoretically it would be possible to move to all-wheel drive without a significant car redesign, so we wonder if that might be in the Gen3 car’s future.
That power now goes through Hankook instead of Michelin tires, as Formula E has changed tire suppliers for the first time. But the tires will remain all-weather, treaded tires, suitable for street racing even in wet(-ish) conditions, rather than racing slicks like most racing cars use, which offer much better grip in dry conditions. So between a more powerful rear motor and all-weather tires, Formula E cars will continue to be squirrelly on corner exit, testing driver skill at every turn.
So there isn’t that much of a change in balance during acceleration, but the new car should offer a totally different braking experience, which will take the drivers some time to get used to, especially the first time they take to the track in anger this weekend. We expect some interesting passing opportunities in the early half of the season.
That 600kW of total system regenerative braking capacity is relevant in another way, too. The car’s battery is capable of up to 600kW DC quick charging. Not only does this get used in the race by the braking system, but Formula E plans to add mid-race charging pit stops this year.
In races with these pit stops, the series will require that every driver make a short charging stop, and doing so will unlock activations of “attack mode,” a higher power mode which gives the cars a boost in energy for a few minutes at a time. This change should add more passing and dynamism to the race, while also demonstrating 600kW charging, twice the speed of the fastest consumer chargers.
All of this put together resulted in cars going about half a second faster around the test track in Valencia during pre-season testing last month, part of which was in wet conditions, which meant teams didn’t get as many dry laps as they’d like. While half a second doesn’t sound like a lot, it’s quite a bit in racing – and it’s also a comparison between an outgoing powertrain and an incoming one.
Whenever technology changes happen, it takes a while for teams and drivers to get used to them, and for changes this significant, we can imagine there will be quite a learning curve. We wouldn’t be surprised if the cars end up even faster after shaking out the new technology through the rest of the season.
Formula E’s revised season 9 schedule / Source: FIA
As with other Formula E seasons, particularly during the time of COVID, the calendar is subject to change. Previously the series planned to race again in Seoul, South Korea, which closed out the last season of racing. But that race had to be cancelled due to renovations and was replaced by Cape Town. But the four new circuits still need to be certified by the FIA for race preparedness, so it’s entirely possible we will see some changes to the calendar.
Hyderabad will host the first Formula E race in India, home of Mahindra racing, a longstanding fan favorite team in the series. Cape Town isn’t the first time Formula E has visited Africa – but the other visits have been in North Africa, so it’s the first sub-Saharan site the series has visited. São Paulo is the first time Formula E has visited race-obsessed Brazil, a country with a long history and rabid fanbase in motorsport, though the series has visited nearby Uruguay, Argentina, and Chile many times. And Portland will be the fourth location in the United States that has seen a Formula E race, behind Long Beach, Miami and New York. We’ve now seen one race in each corner of the United States. (Sorry middle America – you’re next perhaps?)
Other changes
One long-awaited rule change, at least amongst motorsport fans, is the end of FanBoost.
FanBoost was conceived in the original season of Formula E as a way to drive fan engagement. Fans could vote for their favorite driver on social media and the top three drivers would get a short boost of power they could use at any point during the race.
While it rarely had a big effect on racing, especially in recent years as the boosts got shorter, many motorsport fans immediately dismissed the series thinking that FanBoost sullied the purity of it all (as motorsport fans are wont to say about … almost everything).
Defending champion Stoffel Vandoorne, who won last year with Mercedes, has shifted to DS Penske (formerly DS Techeetah), alongside two-time champion Jean-Eric Vergne. Mercedes was last year’s constructor’s champion, but they have left the series, and their team is now in the hands of McLaren.
In addition to McLaren taking over for Mercedes, we’ve had other team changes as well. Nissan has taken full ownership of the e.dams team, the ABT team is back with the help of Cupra after missing last year due to ending their relationship with Audi, DS has cut ties with Techeetah and partnered with Penske instead, and Maserati has taken over the ROKiT Venturi team in their first return to racing as a constructor since the 1950s.
Several drivers have shifted teams or departed the series (including veteran and longtime EV advocate Alexander Sims, who we’re sad to see go). But we want to focus on the two new drivers: Sacha Fenestraz and Jake Hughes.
Fenestraz participated in the very last race of last season (taking over for Giovinazzi after a hand injury), so he’s essentially a rookie this year. He’s a French former Formula Renault Eurocup champion and has been a Formula E reserve driver for Jaguar for the last few seasons.
Hughes has raced in several series, and is a former champion of the BRDC Formula 4, now known as the GB3 championship, which is the top single-seater racing category in Britain, where Hughes hails from. He served as a reserve and development driver for Mercedes’ team for the last two seasons and will start racing this weekend, with McLaren.
The racing starts on Saturday January 14 at 2:00 pm local Mexico City time, which is noon Pacific Time, 3:00 pm Eastern and 8:00 pm UTC. The race will be aired on CBS Sports Network in the United States (though it looks like it will be shown delayed at 11:30 pm Eastern). Practice sessions will be streamed on YouTube.
If you’re not in the United States, you can check the Formula E website for ways to watch in your country. If you can’t find a way to watch the race live, Formula E usually uploads race highlights to their youtube channel within days, though we don’t know whether they’ll be posting full races on there as this seems to change season to season.
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Archer Aviation has announced partnerships in the Miami metropolitan area to establish a new air taxi network to support travelers around several key areas in Southern Florida, including local airports.
As you probably alrready know at this point. Archer Aviation ($ACHR) is a California-based developer of eVTOL and eCTOL aircraft that it continues to work toward implementing into commercial air taxi rides in the future. The plans for its network of sustainable aircraft have expanded to cities like New York and Chicago, as well as other countries like Japan and the United Arab Emirates.
In California, south of its headquarters, Archer intends to take to the skies above Los Angeles with a proposed air taxi network announced in August 2024. Building upon that network, Archer shared earlier this year that it had become the exclusive air taxi provider of the 2028 Olympic Games in Los Angeles.
On the other southern coast of the United States, Archer is planning another exciting air taxi network that includes the option of quiet, sustainable air travel around Miami, Fort Lauderdale, and several other key landmarks.
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Source: Archer Aviation
Archer partners up to establish Miami air taxi network
Archer Aviation shared details of its new air taxi network plans for Miami in a press release early this morning. If and when it comes to friuition, the proposed air taxi network will be a result of several new partnerships established by Archer in the Miami metropolitan area.
Some of those partnerships include real estate company Related Ross, Apogee Golf Club, Hard Rock Stadium – where existing heliports will be configured for eVTOLs and/or new air taxi vertiports will be erected. Stephen Ross, CEO and Chairman of Related Ross and Owner of the Miami Dolphins:
Our partnership with Archer marks a pivotal step in expanding South Florida’s regional connectivity through cutting-edge technology. We are integrating Archer’s electric vertical takeoff and landing aircraft into our flagship locations across South Florida, including the Hard Rock Stadium in Miami, Related Ross developments in West Palm Beach, and Apogee Club in Hobe Sound. We’re excited to embrace a forward-thinking vision that transforms how people and businesses move across the region.
According to Archer, the new air taxi network will connect passengers to populated areas around Miami Fort Lauderdale, Boca Raton and West Palm Beach, offering 10 to 20 minute flights. Plans also include easier travel to major airports around Southern Florida, including Miami International Airport (MIA), Fort Lauderdale–Hollywood International Airport (FLL), and Palm Beach International Airport (PBI), plus several general aviation airports. Miami Mayor, Francis Suarez, also spoke:
Miami has never been afraid to bet on the future. We’re a city that attracts visionaries, embraces breakthrough technology, and turns bold ideas into real impact. For years, I’ve worked with Archer as they’ve advanced a vision for an air-taxi network that will elevate Miami’s position as a global capital for innovation and mobility. What they’re building isn’t just transformational transportation, it embodies the Miami mindset: we lead, we innovate, and we redefine what’s possible.
Archer did not share a timeline on when this air taxi network may be operational around Miami, but we’d wager it’s still at least a couple of years away given the need for additional eVTOl development and FAA certifications in order to begin commercial operations in the US.
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EnBW He Dreiht offshore wind farm (Photographer: Rolf Otzipka)
Germany’s largest offshore wind farm hit a big milestone: The first turbine at EnBW’s He Dreiht project has produced its first kilowatt-hour of electricity and sent it into the grid.
More turbines are expected to come online over the coming weeks. European energy provider EnBW has already installed 27 of the wind farm’s 64 turbines, all of which are scheduled to be commissioned by summer 2026.
Peter Heydecker, EnBW board member for Sustainable Generation Infrastructure, described the November 25 milestone as a “significant moment for EnBW.” With 960 megawatts (MW) of total capacity, He Dreiht is now Germany’s largest offshore wind farm.
Vestas supplied the 15 MW turbines, marking their world debut. Nils de Baar, president of Vestas Northern and Central Europe, said the giant turbine’s technology sets a new standard for offshore wind. “Its efficiency and performance enable a significant increase in energy yield per turbine.”
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Just one rotation of the 15 MW turbine’s rotor can power the equivalent of four households for a day. The hub stands 142 meters (466 feet) tall, and the rotor’s 236-meter (774-foot) diameter sweeps a 43,742-square-meter (10.8-acre) area — roughly the size of six football fields. To put the scale into perspective, EnBW’s first offshore project, Baltic 1 in 2010, used 2.3 MW turbines.
EnBW wrapped up the wind farm’s internal cabling in August. Those lines connect all the turbines and feed into a converter platform operated by transmission system operator TenneT. That’s where the power is collected, converted from AC to DC, and sent to shore through two high-voltage DC cables.
Once complete, He Dreiht will generate enough electricity to power about 1.1 million households. The project is being built without state funding and sits roughly 85 kilometers (53 miles) northwest of Borkum and 110 kilometers (68 miles) west of Heligoland. EnBW’s offshore office in Hamburg is coordinating the build.
A partner group made up of Allianz Capital Partners, AIP, and Norges Bank Investment Management owns 49.9% of the project. Total investment comes in at around €2.4 billion.
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The Yangwang U8L is among the most expensive Chinese vehicles, starting at about $180,000. To prove it’s built for just about anything, BYD dropped a 2-ton tree on it, three times, and the ultra-luxury pretty much brushed it off.
BYD drops a tree on its ultra-luxury SUV during testing
BYD launched the Yangwang U8L in September, a long-wheelbase version of the U8 off-road SUV. The U8 was first introduced in September 2023 as the first vehicle from BYD’s ultra-luxury sub-brand, Yangwang.
Yangwang is a new energy vehicle (NEV) brand that sells high-end plug-in hybrids (PHEVs) and 100% battery electric (BEV) vehicles as BYD expands into new segments.
The U8L is Yangwang’s fourth vehicle, following the U8, U9, and U7. It’s available in China with a quad-motor extended-range electric vehicle (EREV) system, delivering a CLTC range of 200 km (124 miles) on battery power alone.
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A 2.0-liter turbocharged gasoline engine serves as a generator, delivering a combined CLTC range of 1,160 km (720 miles).
Measuring 5,400 mm in length, 2,049 mm in width, and 1,921 mm in height, the Yangwang U8L is even bigger than the Rolls-Royce Cullinan and Range Rover Long Wheelbase.
BYD’s ultra-luxury SUV is priced from 1.28 million yuan ($180,000), making it one of the most expensive models from a Chinese brand.
It may look pretty, but the Yangwang U8L is built for far more than just good looks. Like the U8, the long-wheelbase version is equipped with advanced features such as emergency float mode, which allows it to float on water for up to 30 minutes, tank turns, crab walking, and more.
To prove its durability, BYD engineers put the luxury SUV through the paces, dropping a massive 2-ton tree on it, not once, but three times.
During the final drop, the company said the maximum impact energy reached 50.4 kJ, or about 37,200 lb-ft. After three consecutive drops, the Yangwang U8L barely even got a scratch. The body structure remained intact, the door still opened, the columns didn’t bend, and the vehicle could even drive like normal.
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