Solar EV startup Aptera Motors continued its welcomed level of public transparency today, posting another progress update video for February, offering some juicy details. Aptera co-founder Steve Fambro walks you through the first glimpse at the upcoming Aptera app, which promises several cool features; plus, we get a look at some Solar EV battery packs and some hints at how safe the production vehicle will be. You can learn more in the full video below.
There is a multitude of reasons why Aptera Motors is different from the other OEMs out there. The most obvious is that the California-based startup is really the only company left trying to bring Solar EVs to full-scale production, and it is closer than ever, following a successful $34 million crowdfunding program.
Additionally, Aptera constantly keeps its growing fanbase as well as EV enthusiasts in the know of its progress in developing its solar EVs, posting monthly updates to YouTube. There is also plenty of news coming out of Aptera HQ in between those monthly videos. For example, Aptera offered the public a look at its production-intent build process in mid-February.
Today, Aptera posted its monthly update, and it’s one of the more exciting ones. There’s lots to unfold here, so let’s dig in.
Aptera update includes app, batteries, safety, and BinC
First, we recommend watching the entire six-minute update video from Aptera below, but here are some key details. First, co-founder and co-CEO Steve Fambro shared the first look at the upcoming Aptera App (seen above).
If and when production builds of the Solar EV hit the market, owners will be able to control and monitor several functions from anywhere, including HVAC and charging, and can even see how much solar power their car is gathering in real time.
Next, Fambro discussed an update on the battery packs that will go in the solar EVs, developed and manufactured by CTNS in South Korea, as part of a supply agreement signed in December 2023. Fambro said CTNS is moving quickly and will provide Aptera with “some of the most energy-dense and safe battery packs in the EV industry.” The first run of full production-intent battery packs will be built soon, and Aptera is promising another update in the coming months.
Next, Steve Fambro shared that Aptera will unveil its Body-in-Carbon (BinC) design to the public at JEC World 2024 in Paris next week. Per the video, Aptera’s co-founder thought February would be an excellent time to show off the company’s years of hard work, teasing a crash simulation of the solar EV.
The test footage, which can be seen below at around (2:37), shows the large crumple zone in the front absorbing all of the crash impact, while a hit to the solar EV’s side protects passengers with reinforced doors and a structural battery pack. These remain simulations until Aptera can compare the data to real-life crash tests with the production-intent builds.
Additionally, Fambro offered some excellent insight into what transparency means to Aptera and why it continues to post monthly updates:
Transparency is a cornerstone of our values, and we consistently strive to adopt a transparency-first approach. Sharing our story and allowing all of you to join us on our path is what has allowed us to get to where we are today. Being a startup, we’re tasked with staying nimble, and constantly adjusting to rapidly working conditions. We must also do this while being as accurate and as forthcoming as possible. It’s a tight line to walk.
Fambro then digs into the question on every Aptera reservation holder’s mind, sharing an update on delivery timelines. Aptera is currently developing production-intent builds that will be used for validation and crash testing to ensure safety.
However, Fambro reiterated previous statements that reaching production of its Launch Edition Solar EVs will require additional capital. Fambro went on:
We intend to share delivery timelines as soon as we can.
Lastly, Fambro shared that some vehicle design changes will be happening, and they take those changes “very seriously,” saying those decisions are only made if they require less capital, including R&D and tooling costs. Aptera promised to share more information once partner supply agreements are officially signed.
That’s all for now. If you’re interested in joining the solar pack, you can reserve your own Aptera EV today for $70. As promised, you can watch the full Aptera February update below:
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A new bill submitted to the Oregon Legislative Assembly seeks to ban street-legal Class 3 electric bicycles from bike lanes in the state.
Class 3 electric bicycles include those that can reach motor-assisted speeds of up to 28 mph (45 km/h), whereas Class 1 and 2 electric bicycles can only reach 20 mph (32 km/h) under motor assist.
Under Senate Bill 471, the proposed legislation would make it an offense if a rider “operates a moped or a Class 3 electric assisted bicycle upon a sidewalk, a bicycle path or a bicycle lane.” Under Oregon law, traditional pedal bicycles can be legally operated on sidewalks unless restricted by a local ordinance, but e-bikes are already banned from operating on sidewalks.
Thus, the proposed legislation is effectively a ban on electric bikes capable of speeds exceeding 20 mph from being used in bike lanes. Instead, such bikes would only be permitted for use on public roadways.
In addition, Section 2 of the bill seeks to remove key protections for cyclists operating such 20+ mph electric bikes in bike lanes. Under current law, a motorist can be cited for failing to yield right of way to a cyclist in a bike lane when the motorist crosses over the bike lane, such as when crossing into a driveway, parking lot, etc.
The proposed legislation would remove the requirement for motorists to yield the right of way to cyclists on Class 3 e-bikes in bike lanes.
It should be noted that drivers cannot visually distinguish a Class 3 e-bike from other classes of e-bikes being ridden in a bike lane because the difference is performance-based.
Electrek’s Take
Sure, I support this law, as long as we can apply the logic equally. If the logic goes that Class 3 (28 mph maximum) e-bikes have the ability to be ridden faster than much of the traffic flow in a bike lane and thus should be banned in such bike lanes, then we might as well just ban cars capable of highway speeds from being operated on city streets. “Can your car go faster than 40 mph? Sorry, you know the rules. Keep that thing off city streets.”
It makes sense, right? Same logic. If it *can* go faster, it shouldn’t be allowed to operate there at all.
I mean, if a 60 lb e-bike that has the potential to go 8 mph faster than another e-bike is such a menace to public health and safety, then oh lordy what must we think of 5,000 lb vehicles that can easily exceed 120 mph with just a two-inch deviation of a distracted driver’s big toe? Surely we’ll be kicking those out of cities any day now, right? Right, guys? Guys…?
Ok, let’s get serious now. This law is awful and the legislators that conjured it up should be put on a 21 mph bicycle and forced to spend a couple minutes riding with their handlebar inches from 40+ mph cars to truly understand what real danger is. Then let’s hear them try to tell us how it’s a Class 3 e-bike that is the true danger.
I’m not trying to say that we should completely ignore that sometimes people get hit by an e-bike. It happens. It has even been lethal on exceedingly rare occasions. But you know what happens on regular occasions? Cyclists and pedestrians getting hit and killed by cars. So instead of spending legislative effort trying to push e-bikes back out onto roads, maybe we should expend some effort keeping car fenders off of cyclists’ bodies. Or invest in more bike lanes. Or increase enforcement of traffic violations for all road users. Or increase awareness education for drivers and riders alike. There are so many good answers, but none of them can be found in this bill.
Oil-linked shipping costs rallied after last week’s announcement of tighter U.S. sanctions to drain Russia’s war coffers, in a move that poses significant threats to Moscow’s maritime distribution chains.
On Jan. 10, the U.S. Treasury Department announced fresh measures to deplete Russia’s energy revenues, including sanctions against key producers Gazprom Neft and Surgutneftegas, along with 183 vessels that were “largely oil tankers that are part of the shadow fleet as well as oil tankers owned by Russia-based fleet operators.”
The Treasury added that several of the designated tankers had transported both Russian and Iranian oil, and further extended sanctions to Russia-based maritime insurance providers Ingosstrakh Insurance Company and AlfaStrakhovanie Group.
This is set to deliver a critical blow to Russia, which has been forced to reroute its crude and oil product supplies to Asia-Pacific, after these volumes were banned by European and G7 sanctions, which came in effect in December 2022 and February 2023, respectively.
Already, around 890 unique tankers loaded Russian oil — comprising both crude and oil products — in the past six months, analytics firm Vortexa told CNBC on Jan. 7, with 107 of these ships — or 12% of the total — being subject to vessel-specific sanctions at the time.
The figures do not factor in the Jan. 10 announcement. On Wednesday, the Paris-based International Energy Agencyassessed that around 160 out of the 183 blocked tankers had moved over 1.6 million barrels per day of Russian oil last year, accounting for 22% of Russian seaborne exports over the period.
The latest U.S. measures are also set to tighten the number of vessels available for the commission of non-Russian parties, pushing up shipping costs for other tankers. Since the Jan. 10 announcement, the effect of the bans has spilled into freight derivatives, with the volume of traded Forward Freight Agreement (FFA) contracts — which can allow traders to hedge against volatility in fluctuating freight rates – jumping to 11,412 on Jan. 10, and topping 7,900 and 6,700 on Jan. 13 and Jan. 14, respectively, according to data from the Baltic Exchange. The figures compare with 2,987 and 1,683 contracts traded daily on average in the months of November and December, respectively.
Rates for supertankers crossing from the Middle East Gulf to Asia-Pacific — a bellwether route for the oil industry — picked up by more than 40% between Jan. 9 and Jan. 14, according to pricing data from Argus Media.
As a result, the sanctions “could significantly disrupt Russian oil supply and distribution chains,” the IEA warned, noting that Russian exports will “take a hit from the shadow tanker fleet reduction” and the “elimination of shipping insurance, the bridling of dominant traders of Russian oil and designation of key handling companies in consumer markets.”
The agency nevertheless fell short of factoring the latest U.S. steps into its Russian supply forecasts, while noting that crude exports from the Eastern European country – a key member of the OPEC+ alliance – fell by 250,000 barrels per day month-on-month to 4.6 million barrels per day in December.
Swedish and Chinese EV automaker Polestar has shared an updated business strategy, looking to 2025 and beyond as its next chapter in growth. Per the release detailed below, Polestar is expecting increased sales volume, especially as its long-promised Polestar 5 GT is set to launch this year. Additionally, the automaker confirmed its Polestar 7 model will be a compact SUV and its most affordable BEV to date.
Polestar remains a growing name in the EV segment, and more and more people are becoming aware of the Geely-owned brand as it brings more models to market. Its two most recent were the Polestar 3 SUV and 4 crossover, built in the US and China, respectively. According to Polestar, those two models have gained “strong product momentum,” accounting for 56% of orders in Q4 2024.
Polestar looks to ride that wave into 2025 and add to its impetus with the launch of the Polestar 5, a sports sedan based on the automaker’s Precept concept EV that is targeting up to 884 hp and will attempt to compete against some of the big boys, like the Tesla Model S and Porsche Taycan.
While it won’t be part of Polestar’s 2025 launches, the automaker’s executives have divulged some new details about a new model called the Polestar 7, which was teased back in April 2024.
Polestar 7 to replace the 2 as its entry-level model
According to a release published on its investor page, Polestar expects a fruitful 2025 that will set the town for its revamped business strategy through at least 2027. Per the automaker, it is targeting compound annual retail sales volume growth of 30-35% over the next three years and positive adjusted EBITDA in 2025. Furthermore, Polestar executives expect positive free cash flow after investments in 2027. Polestar CEO Michael Lohscheller elaborated:
With Scandinavian design, performance and a premium brand, Polestar has successfully positioned itself in the global automotive market. We have three outstanding cars on the road and a growing, passionate customer base.We are building on the strong Polestar brand with design and performance at its core.
But significant changes are needed to make this well-respected progressive brand a successful and viable business. We are speeding up our retail expansion and commercial transformation, whilst adjusting our future model line-up and significantly reducing our cost base. Both in terms of volumes and financials, we expect 2025 to be the strongest year in Polestar’s history.
Part of Polestar’s success in 2025 will depend on the start of sales of the Polestar 5, the automaker’s first model to sit atop an 800V platform. According to the company, that launch is expected in the second half of this year. Until then, Polestar will continue to push sales of its current lineup, which consists of the Polestar 2, 3, and 4.
While the Polestar 2 will be remembered as the BEV that put the brand on the map, its days are unfortunately numbered. Previous Polestar CEO Thomas Ingenlath said the company intends to phase out the 2 sedans around 2027, and its successor will be a new model called the Polestar 7.
We hadn’t heard much about the Polestar 7 since then, but the company confirmed today that it will arrive as a premium compact SUV. Additionally, we’ve learned the Polestar 7 will be the brand’s first model built in Europe. With production footprints in China, South Korea, and the US, Europe is a natural next step in expansion, especially for an affordable, compact SUV the Polestar 7 promises to be, because that is such a popular segment in the EU.
The Polestar 7 will also represent a new design strategy for the automaker. From that launch onward, it will “gradually move from a multi-platform approach to one single architecture, reducing complexity, costs, and investments.”
While we’ve learned what style of BEV the Polestar 7 will be, we don’t know much else at this point. With the expectation that we won’t see anything come to market until 2027 at the earliest, our immediate focus will remain on the upcoming launch of the Polestar 5 in 2025, followed by the Polestar 6 roadster convertible in 2026.
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