December 5, 2025
By Karan Singh
Tesla has quietly unlocked a capability that they announced was coming — the ability to text and drive. Or at least, sometimes, depending on traffic.
In this recent exchange, Elon confirmed that Tesla’s latest FSD release, FSD v14.2.1, now allows users to use their phones “depending on the context of surrounding traffic.” This is a drastic change in Tesla’s driver monitoring, which has often been strict, issuing warnings for even minor glances at the center display.
FSD v14.2.1 now allows users to send a brief text under certain conditions without the driver-monitoring system warning the driver.
By relaxing the driver-monitoring system to allow eyes-off behavior under certain traffic conditions, Tesla is effectively deploying Level 3 autonomy. But there’s a critical catch: unlike competitors who offer similar features in extremely tight constraints, Tesla is not accepting liability. This creates a dangerous gap. The car grants you the privilege of brief distractions, but you retain 100% of the risk.
Depending on context of surrounding traffic, yes
— Elon Musk (@elonmusk) December 4, 2025 The Uncertified L3
The behavior that Elon describes – allowing phone use in specific, system-approved contexts is similar to Mercedes-Benz’s Drive Pilot, which is certified as an L3 system on certain stretches of highway in California.
When Drive Pilot is active (under 40 mph in traffic jams, with no inclement weather, a leading vehicle, and no construction), Mercedes explicitly informs the driver they can watch videos or text – and that liability rests with Mercedes for the duration the system is active.
Tesla’s approach with FSD v14.2.1 appears to mimic this behavior – specifically, scenarios FSD is confident it can handle – but without the certification or acceptance of liability. There is no regulatory approval for L3 operation, and there are currently no labels or warnings indicating that the car is now fully confident and in control, and, more importantly, no transfer of liability.
New Icons
A recent discovery in Tesla’s source code uncovered new attention required icons. The three icons represent varying amounts of attention required by the driver. While these icons aren’t displayed to the user in the latest FSD releases, it looks like Tesla may be preparing to show users how confident FSD is in the current situation and what they require from the driver.
The Legal Reality Check
Elon’s caveat that it depends on the context is likely a nod to the patchwork of state laws regarding distracted driving. In states like Florida and Texas, the law allows drivers to use handheld devices if the vehicle is stopped, like at a red light or in gridlock.
Tesla has already relaxed driver monitoring when the vehicle is stopped, regardless of the state you are in. In fact, in some other states, you’re considered operating a vehicle even when it is stopped, making device use completely illegal.
This creates a trap for owners. Your Tesla may not nag you for texting in a Los Angeles traffic jam, implicitly telling you it is safe. But if a police officer sees you, you’ll still receive a ticket. The officer doesn’t care about what version of FSD you are running, only that you are holding a phone, which remains illegal.
True Eyes-Off
If Tesla wants to allow eyes-off behavior, it needs to properly implement a safety net – and the autonomy guidelines that define Level 1 up to Level 5 already have a solution: a Minimum Risk Maneuver.
In certified L3 systems, if the fully autonomous conditions end and the driver is too distracted to take control, the system doesn’t just warn you and disengage. Instead, it pulls over to a safe stop and waits for you to pay attention again and continue as an L2 system.
Don’t Put Yourself in Danger
With FSD v14.1.2, Tesla is effectively putting drivers at risk. By removing the friction of the nag and the threat of a strikeout, they are empowering users to disengage from the road. But unless Tesla formally applies for L3 certifications and backs it up with an insurance liability shield, drivers should treat this newfound freedom with extreme caution.
Keep in mind that Tesla itself still does not operate vehicles with FSD without a safety monitor paying close attention, even in a smaller area like Austin.
According to Tesla’s own stats, the average human-driven Tesla has a minor or major collision every 740,000 miles. While FSD has come a long way and is better than it ever has been, it is still not as safe as a human driver. Just because your vehicle can handle a 2-hour drive to the airport and back without an intervention isn’t a sign that it’s as capable as a human.
If someone witnessed FSD driving for a whole year without any incidents, they may be tempted to say it’s safer than a human. However, according to NHSTA data, the average driver gets into an accident once every 18 years (every 229k miles), so even if FSD only had an incident once every five years of driving, it’d still be more dangerous than a human.
Our safest bet right now is to use FSD responsibly. It offers capabilities humans don’t have, such as viewing all angles at once, but it still requires an attentive driver who’s ready to take over.
If you need to check a quick notification or send a rapid text, it may be okay, but keep your phone use limited; even if the vehicle allows for more, you may be putting yourself and your family in danger.
Your car may let you text, but if you crash or if a cop stops you, Tesla isn’t paying the fine. You are.
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December 5, 2025
By Karan Singh
For North American Cybertruck owners, the charging situation has been a source of persistent frustration. While the truck is built in Texas and has spent two years in the United States and one in Canada, the official hardware required to use high-speed third-party chargers is now debuting on the other side of the world.
Tesla Korea has officially launched a new CCS Combo 1 Adapter specifically designed for the Cybertruck. This new unit addresses the two critical flaws that have prevented owners from using the legacy adapter: physical fitment and voltage architecture.
Original CCS1 Adapter Doesn’t Fit
The primary issue plaguing Cybertruck owners has been a simple geometry problem. Tesla’s existing OEM CCS1 adapter was originally designed for the smooth, flush charge ports on Model S3XY vehicles. It is physically incompatible with the Cybertruck. The plastic fener trim makes the charge port recessed, preventing the bulky head of the old adapter from plugging in fully.
Owners have resorted to aftermarket solutions or even taken off the fender trim in moments of desperation to make it work. The new Korean adapter features an extended neck that clears the fender flare, offering a seamless OEM fit for the first time.
The Voltage Upgrade
Beyond the physical shape, this new adapter now supports 1000V / 500A charging, with the previous adapter only supporting 500V / 300A. While that was sufficient for Tesla’s older 400V vehicles, the Cybertruck runs on 800V architecture, meaning it would be bottlenecked.
This upgrade allows third-party stations to mostly use the Cybertruck’s high-voltage charging capabilities, with faster charging speeds of up to 350kW. 500kW charging is still restricted to the few limited Supercharging sites that have the capability for the time being.
The Price of Envy
The new adapter is listed on the Tesla Korea shop for ₩375,000 KRW, which converts to approximately $270 USD. This price point is competitive with high-end third-party options currently filling the void in the US market.
Tesla hasn’t confirmed when – or if – this accessory will come to North America. But with the hardware now being mass-produced and validated in Korea, the pressure is now on to bring this tool back to North America.
December 5, 2025
By Karan Singh
Just days before the main events of Art Basel Miami Beach, Tesla has announced a surprise pop-up exhibition in the heart of the Miami Design District. Titled “The Future of Autonomy Visualized,” the event promises to be more than just a simple car display.
Tesla is billing the event as an immersive journey inside the digital mind that powers FSD, both for Optimus and its vehicles.
For owners and enthusiasts in the Florida area, this is a rare opportunity to see how FSD actually thinks, beyond the polished renderings that appear on the center screen.
Event Details & How to RSVP
The event is open to those who RSVP’d across two days, coinciding with the peak weekend of the Miami Art Week.
Location: Tesla Miami Design District Showroom, at 4039 Northeast 1st Avenue, Miami, FL.
Dates & Times:
Saturday, Dec 6: 11:00 AM – 5:00 PM
Sunday, Dec 7: 11:00 AM – 8:00 PM
Tesla has opened a dedicated RSVP page. However, due to the high traffic expected from Art Basel crowds, admission is not guaranteed, so early arrival is recommended.
You can RSVP at this link on the Tesla Events page.
What to Expect
While the physical Cybercab and Optimus prototypes will likely serve as the centerpieces, the event description suggests a deeper technical focus on the software behind them.
The invite states that the exhibit will show off a simulation of what Tesla vehicles and Optimus see, a digital landscape. As such, we expect visitors will be treated to a behind-the-scenes look at what exactly your vehicle sees and how it works.
That could be a matrix-like view of curbs, pedestrians, and objects, represented not as a smooth video, but a 3D, calculated occupancy network – the same one that we saw recently in a patent. This voxel world that’s generated by the AI model is a mathematical representation of the world around it, far more complex than the vehicle visualizations we see every day.
For those who can attend, we’re sure it will be an exciting event.
