Tesla reveals FSD Beta and Autopilot accident rates
Tesla
Tesla's latest Impact Report, which focuses on the company's sustainability and safety initiatives, has provided updated data on the performance of its Full Self Driving (FSD) Beta and Autopilot systems. The new numbers illustrate the significant improvements in road safety when these advanced technologies are utilized.
New Numbers Reveal Significant Safety Improvements
According to the Impact Report, FSD Beta users now have 0.31 accidents per 1 million miles, showcasing the effectiveness of Tesla's ADAS technology. In addition, Teslas with Autopilot engaged demonstrate even better safety performance, with only 0.18 accidents per 1 million miles. These impressive statistics highlight the potential for autonomous systems to drastically reduce accident rates compared to the industry average of 1.53 accidents per 1 million miles.
The report also confirms that Tesla's vehicles remain safer than conventional cars even when the advanced driving features are not in use, thanks to their passive safety systems. These technologies help reduce accidents, making Tesla vehicles safer for drivers and passengers.
The Future of Autonomous Driving and Accident Reduction
As Tesla continues to innovate and develop its FSD Beta and Autopilot systems, the company is setting a new standard for road safety in the age of autonomous driving. This progress is expected to inspire other automakers to adopt similar technologies, leading to a widespread reduction in accidents and improved road safety for everyone.
The data from Tesla's Impact Report demonstrates the potential of autonomous driving technology to save lives and reduce the strain on emergency services. As more drivers embrace these advanced systems and other car manufacturers follow suit, we can anticipate a significant decline in accident rates, making our roads safer for all users.
Tesla's Impact Report Showcases Commitment to Road Safety
The recent Impact Report reflects Tesla's ongoing commitment to improving road safety and reducing the number of accidents involving its vehicles. By continuously refining its autonomous driving technology, Tesla aims to protect its customers and other road users, including pedestrians and cyclists.
These safety advancements are part of Tesla's broader sustainability initiatives, which include reducing carbon emissions, promoting renewable energy, and minimizing waste. By prioritizing safety alongside environmental concerns, Tesla takes a comprehensive approach to create a better future for all.
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In Tesla software update 2024.32 and onwards, Tesla has made a big—and unexpected—change to how its vehicles handle power sockets. This change impacts every vehicle except the Cybertruck, where you can already adjust how power sockets are handled on a case-by-case basis.
Power Socket Change
This change to the power sockets means that in 2024.32, Tesla vehicles will have their 12v sockets and USB ports turned off while in Sentry Mode. Previously, while the car was awake or Sentry Mode was active, the 12v sockets in the rear of the vehicle and any of the USB ports would all remain powered.
Now, owners will no longer be able to operate devices that rely on these ports once the vehicle falls asleep. This change renders some accessories almost useless, such as vehicle fridges. Owners previously relied on Sentry Mode coming on when their vehicle was parked, which kept the fridge in the vehicle’s sub-trunk powered. This change will also prevent owners from using Sentry Mode to keep USB ports powered to charge laptops and other devices.
Until further changes are made, owners will have to use Camp Mode to keep 12v sockets and USB ports powered. However, Camp Mode leaves the vehicle unlocked, making it insecure and unsuitable for things like sub-trunk fridges.
Cybertruck Power Interface
Tesla may be planning to integrate the Outlets & Accessories menu from the Cybertruck into the rest of its vehicles. The outlets menu in the Cybertruck allows you to keep the cabin (and bed) outlets in the vehicle active, even when the vehicle isn’t in use. These outlets remain powered for up to 12 hours after the Cybertruck is exited.
The Power Menu in the Cybertruck
Not a Tesla App
Sentry Mode Improvements
Drew Baglino, Tesla’s now former SVP of powertrains and energy, said back in February of this year that Tesla was looking at reducing the amount of power that Sentry Mode used. He stated that Sentry Mode power consumption needs to be improved and that the team was working on an update to reduce power by about 40%. According to Baglino, the improvements were expected to come in the second quarter of this year, but it’s not clear if this change in update 2024.32 is part of those changes that will lower Sentry Mode’s power consumption.
Even if these are planned changes, we hope Tesla makes them optional, and lets owners choose when to keep outlets powered and when to conserve energy.
Tesla has issued an OTA recall for the Cybertruck – unsurprisingly, one that has already been fixed for customer vehicles. We’ll expand on the recall a little later, but more importantly, the recall filing revealed that Tesla has now built and sold 27,185 Foundation-Series Cybertrucks for customers.
OTA Recall
The OTA recall – which was issued in update 2024.32.5.2 and above, covered an issue that could delay the rearview camera being displayed on the dashboard.
This would occur if the Cybertruck was powered on, and then quickly shifted to reverse. The rearview camera would not come up on screen within the prescribed 2-second timeframe.
According to the NHTSA filing, Tesla has already fixed this via the OTA update, and the rearview camera will now display within that 2-second timeframe as required going forward. This was another easy OTA fix for Tesla.
Not a Tesla App
27k Cybertrucks
The filing also revealed that Tesla has produced and delivered approximately 27 thousand Foundation-Series Cybertrucks through September 14th. Tesla has been producing the Cybertruck for approximately 11 months now, with the 12-month anniversary coming up on November 13th.
Elon Musk previously mentioned that Tesla intends to produce approximately 375,000 trucks per year to compete with the ICE pickup market. Today, Tesla produces 1.7 million Model 3 and Model Y vehicles per year, and about 80,000 Model S and Model X vehicles a year.
Overall, that 27 thousand over a year is only the start of production, and as Tesla expands and improves its production lines, we can expect that number to continue growing at a rapid pace. With the Foundation Series ending and Tesla opening up invites for reservation holders to configure their non-FS Cybertruck, that number is only expected to increase. The non-FS Cybertruck is priced at $79,990, $20k less than the Foundation Series. The Cybertruck will also become eligible for the Canadian iZEV Heavy EV Rebate.
This puts the Cybertruck in an excellent spot in the future—and it has already outsold its EV competitors in the same market. We’re looking forward to seeing how fast Tesla meets the upcoming demand for non-Foundation Series Cybertrucks.
![Video Reveals the Cybertruck's Unique User Interface [Video]](https://www.notateslaapp.com/images/news/2023/cybertruck-ui-1_300w.jpg)
