The Dawn Project, a group that runs ads attacking Tesla’s full self-driving system, has received a letter from the National Transportation Safety Board (NTSB) demanding that it cease using its logo in advertising, which Dawn Project did in contravention of US federal law in its Super Bowl ad aired this weekend.
The Dawn Project is run by Dan O’Dowd, CEO of a software company which sells automotive driving software services, putting it in competition with Tesla. The Dawn Project itself is founded and funded by O’Dowd via his significant personal wealth (his net wealth isn’t public, but is estimated to be around a billion dollars), with the main goal of attacking Tesla’s Full Self-Driving system (FSD), claiming it to be unsafe.
The group has placed several advertisements online making dubious claims about FSD, posing as a public interest group solely interested in “making computers safe for humanity.” Its campaign has drawn a cease-and-desist letter from Tesla.
Both this year and last, the group ran an advertisement in the Super Bowl. This year’s ad cost $552,000 according to the Dawn Project, much less than the well-publicized ~$7 million price for a typical Super Bowl ad slot, because it ran as a regional ad and was not seen in all markets where the game aired.
The group posted two ads on its YouTube channel, one claiming that Tesla did not respond after it warned Tesla of FSD’s inability to stop for school buses, which it claims led to an accident that put a child into the hospital in 2023, after its first Super Bowl ad aired.
That incident is still being investigated, and it is not known yet whether the vehicle was operating on FSD. It has however been widely observed that FSD does not stop for school buses, so it is plausible that the incident could have happened if both the car and its driver did not notice the school bus stop sign.
However, in contradiction to the name Tesla has given to the system, FSD is not actually equipped to be used for full self-driving tasks, but rather as a driver aid which requires the driver to be attentive at all times. Despite the misleading name, FSD is still classed as a “level 2” autonomous system, like the systems on many other cars today, where the driver still has responsibility for everything the vehicle does.
Dawn Project violated federal law in its ad
The second ad is where NTSB’s letter comes in. In it, Dawn Project claims that Tesla shirks liability for autopilot claims with a note in the owner’s manual saying that it should only be activated on highways.
In doing so, it used footage from various Tesla crashes, with the logo of the NTSB overlaid in the corner of the ad. See a screenshot, provided by the NTSB in its letter:
In NTSB’s letter, it says that this use of its seal violates federal law:
RE: Unauthorized Use of NTSB’s Official Seal in Super Bowl Commercial
Dear Sir/Ma’am:
It has come to our attention that your second Super Bowl LVIII commercial airing on February 11, 2024, prominently – and unlawfully – displays the official seal of the National Transportation Safety Board (NTSB). In addition to its public airing, the commercial has been posted to your webpage, dawnproject.com, and to your YouTube page. A screenshot of the commercial in question is attached.
By federal law, the NTSB is authorized a judicially recognized seal. 49 U.S.C. § 1111(j). Use of the NTSB Seal outside of the NTSB is prohibited without the prior written approval of the NTSB. 49 C.F.R. § 803.5. Due to the nature of our work and the need to be unambiguously independent from commercial interests, we strive to protect the international reputation of the NTSB by preventing unapproved use of our seal.
Contrary to Federal law, you did not obtain, and the NTSB did not grant, permission to use the NTSB Seal in your Super Bowl LVIII commercial or on any other materials. Moreover, your unauthorized use of the NTSB’s seal spuriously implies endorsement of your company and/or message by the NTSB. Accordingly, the NTSB demands that you cease any further unsanctioned use of the NTSB Seal, and that the NTSB’s Seal be immediately removed from your website and YouTube page, as well as any further airings of the offending commercial. We further request that you notify us in writing when all changes have been made.
The Dawn Project seems to have quickly complied with the letter, as its youtube video now has a large, conspicuous blur visible for roughly half of its runtime, obviously covering up the illicit use of NTSB’s logo:
It seems that Dan O’Dowd has repeatedly stretched the truth in his attacks on FSD, and that both his business and potential political aspirations are benefitted by the publicity he gets from those attacks.
That latter point doesn’t mean he’s wrong all on its own, as it’s totally fine for people to align their personal interests with what they believe to be the greater interests of humanity. But being so laser-focused on attacking one particular system, and doing so in inaccurate ways, doesn’t really help O’Dowd’s case that this is being done in the public interest.
The tone of the Dawn Project’s advocacy does not serve to improve FSD or similar partial-automation system, but rather to fearmonger about them, and we don’t think that’s helpful.
But also, Tesla, and in particular its CEO Elon Musk, has repeatedly lied or misled about FSD.
The name itself is misleading, as Tesla cars do not drive themselves, as pointed out above. Tesla calls it “beta” software, and has repeatedly said that these are just steps on the way to actual eventual full self-driving, but we’ve been hearing Elon Musk say that FSD is coming “next year” for a full decade now (and he’s still saying it).
The way that Tesla talks about FSD, and the name itself, has led to a sense of overconfidence in the system, which could lead to people using it in an unintended manner. This was pointed out by the widow of a Tesla employee who died while driving drunk with FSD activated, who says “we were sold a false sense of security.”
And Tesla has broken direct promises with FSD as well. It said in 2016 that every Tesla has the hardware for FSD, but it’s still charging owners for hardware upgrades to enable it. It’s possible that this could happen again in the future, if Tesla finds out that true self-driving tasks are too much for HW3 or HW4.
So there is fault from all parties involved. Tesla’s approach with FSD is pushing the concept of self-driving forward, but the company takes liberties in doing so. However, criticism of the company isn’t served well by taking its own liberties and stretching the truth in response.
There are plenty of valid points to criticize Tesla and FSD on, and if O’Dowd were truly doing this for the public interest, he wouldn’t need to falsify government logos, stage fake tests, or misrepresent real-life events along the way.
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The United States is facing a shortage of TNT, a high explosive that is essential to the manufacturing of commercial explosives products, like cast boosters, which are commonly used in the mining and construction industries, according to the Institute of Makers of Explosives, or IME.
“Everything from your cellphone to your laptop to the roads you drive on to work, the homes you live in, just about everything you use on a daily basis started from commercial explosives,” said IME President Clark Mica.
The United States has depended on foreign suppliers of TNT since the mid-1980s, when the last domestic TNT facility shut down largely due to increasingly stringent environmental regulations. TNT production creates hazardous waste that poses risks to human health, according to the Environmental Protection Agency.
However, the war in Ukraine is putting strain on the global defense supply chain.
“It was indeed actually China and Russia who up until just a few years ago were selling TNT directly to the USA. Then the U.S. had to rely a lot on Poland,” said GlobalData senior aerospace, defense and security analyst James Marques. “Now the reality is that Polish company Nitro-Chem is absolutely flooded with orders at the moment, and most of their produce has been going across the border the other way into Ukraine instead.”
TNT, which industry insiders say cost 50 cents per pound in the early 2000s, now can cost upward of $20 per pound. President Donald Trump‘s 10% baseline tariffs are also making it more expensive to import TNT, which the U.S. now sources from Turkey, Vietnam, Australia, India and more.
“That means more expensive construction projects, more expensive infrastructure projects, more expensive energy production, all of these things that our economy relies on to continue to grow,” said Mica.
In response to the TNT shortage, Congress awarded defense manufacturer Repkon USA a $435 million contract to design, build and commission an Army-run TNT plant in Graham, Kentucky.
“Today marks the beginning of the return of TNT production to American soil. This history making initiative underscores our commitment to strengthening our national security and reducing reliance on foreign sources for critical materials,” Maj. Gen. John T. Reim said at a news conference last November.
Yet the plant is not estimated to be operational until 2028.
“In the short term, we’re going to have to find supplies to meet the demand,” Mica said.
Other high explosives that might normally serve as viable alternatives to TNT, like RDX, are also in short supply.
“Without these materials, you are unable to mine the critical minerals that are used to make cellphones. You’re unable to mine the aggregates that go into road-based materials. On the energy side, we use commercial explosives in energy production,” said Mica.
Watch the video above to learn more about the global TNT shortage and what’s at stake for consumers.
Used vehicles are not exactly flying off the lot right now, but EVs are bucking the trend with prices hitting the sweet spot of around $20,000 to $30,000.
Used EVs offer more at lower prices
Higher prices led to slower used car sales in the third quarter. According to a new analysis by Edmunds’ director of insights, Ivan Drury, the average transaction price for a 3-year-old vehicle rose to $31,067, up 5% from Q3 2024.
Used vehicle prices topped $30,000 in Q3 for the first time since 2022, when limited new-car availability led buyers to look for used options.
With prices nearly the same as buying new, shoppers are apparently waiting for the market to cool. The average number of days vehicles sat on the lot rose to 41 days in the third quarter, up from 37 in Q3 2024, and its slowest pace since 2017.
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However, not all vehicles are sitting on the lot. Used electric vehicles were a bright spot, selling in an average of 34 days, a week less than other powertrain options.
(Source: Edmunds)
Despite limited options in 2022, eight of the top 20 fastest-selling 3-year-old vehicles were EVs, “underscoring their growing appeal among shoppers seeking value and lower operating costs,” the Edmunds report highlighted.
EVs sold for an average of $29,922, or about $1,100 less than gas-powered vehicles, and they had significantly fewer miles. Electric models averaged 35,661 miles compared to 39,525 miles for gas vehicles.
(Source: Edmunds)
Nearly two-thirds (63.1%) of the electric vehicles sold fell in the $20,000 to $30,000 price range, compared with just 42.5% of other vehicles.
(Source: Edmunds)
The Tesla Model S was the fastest-selling used car in Q3, averaging 21.5 days to turn, followed by the Model 3 and Model Y at 24 and 26.3 days, respectively.
The Hyundai IONIQ 5 ranked 11th at 29.7, while the Volkswagen ID.4 (30.9), Audi e-tron (31.7), Kia EV6 (32), and Ford Mustang Mach-E (32.4) rounded out the top 20.
Used EVs “deliver one of the strongest value propositions in the market, Edmunds noted, adding that the lower prices offer shoppers access to new tech and performance for significantly less than paying for it new. “In many ways, used EV buyers are embracing technology that’s just one generation old, while new EV buyers still face the risk of paying premium prices for models that evolve rapidly year over year.”
The expiration of the $7,500 federal tax credit for new EVs could push even more buyers to look toward the used market.
Looking to test one out for yourself? We can help you get started. You can use our links below to see available EVs in your area.
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Isaiah Taylor, CEO, Valar Atomics speaks onstage during the Reindustrialize Conference 2025 on July 16, 2025 in Detroit, Michigan.
Tasos Katopodis | Getty Images Entertainment | Getty Images
Advanced nuclear reactor developer Valar Atomics raised $130 million in its latest funding round with backing from Anduril Industries founder Palmer Luckey and Palantir Chief Technology Officer Shyam Sankar, the startup said Monday.
The fundraising was led by venture capital firms Snowpoint Ventures, Day One Ventures and Dream Ventures. Lockheed Martin board member and former AT&T executive John Donovan also participated. Valar’s total fundraising now totals more than $150 million, according to the company.
Doug Philippone, co-founder of Snowpoint and former head of global defense at Palantir, will also join Valar’s board of directors.
Valar is one of several nuclear startups that hopes to benefit from President Trump’s push to deploy new reactor technology in the U.S. by cutting regulations and accelerating approvals.
Based outside Los Angeles, Valar is one of several reactor developers and states that are suing the Nuclear Regulatory Commission over its licensing process for small reactor designs. The parties to the suit are seeking a resolution with the NRC in the wake of Trump’s executive order that would overhaul the regulator. The case has been temporarily paused due to the government shutdown.
Pilot program
The Department of Energy in August selected Valar and other developers to participate in a pilot program that aims to deploy at least three advanced test reactors by July 2026.
Valar is developing reactor technology that would use helium as a coolant and operate at much higher temperatures than traditional plants, according to the company. Its business plan calls for the deployment of hundreds of small reactors at a single site.
Valar broke ground on a site for a test reactor in September at the Utah San Rafael Energy Lab, a unit of the Utah Office of Energy Development.