Two Bay Area families are suing Tesla over the death of their 19-year-old daughter and 20-year-old son after a crash which left them and one other teenager dead, trapped inside the vehicle due to what the lawsuit alleges is poor door handle design.
The lawsuit traces back to a 2024 crash on Thanksgiving Eve in Piedmont, California, where a Cybertruck carrying four college students crashed into a tree and a wall, causing a fire. As a result of the crash, the Cybertruck’s electronic door handles no longer worked, and the passengers were trapped inside.
A surveillance video released by the California Highway Patrol showed the Cybertruck’s final moments, rounding a curve at high speed and seeming to lose control of the rear of the vehicle as it crested a hill, with a large flash seen in the video after the Cybertruck leaves the frame.
A friend in another vehicle that had been following the Cybertruck stopped and managed to break the front passenger window after “ten to fifteen hits” with a fallen tree branch and pull one passenger out of the vehicle, but the other three passengers died inside of asphyxia from smoke inhalation and had burns on their body.
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Tesla vehicles typically do receive high scores for passenger safety in crash tests, and Tesla has touted its “armor glass” as being hard to break (despite a famously failed demo at the Cybertruck’s introduction). And it appears that the occupants did not die from the crash impact itself, but rather from being trapped inside and the resulting smoke and burns.
Krystal Tsukahara, 19Jack Nelson, 20Soren Dixon, 19Photos: City of Piedmont
The three college students who died were 19 year old Krysta Tsukarahara and Soren Dixon, and 20 year old Jack Nelson. Dixon had been driving the vehicle, and post-crash investigations discovered that all three had been under the influence at the time of the crash. All were high school friends home from college for Thanksgiving and had spent the night out together on what is known to be one of the worst drunk driving nights of the year.
The Tsukaharas have now amended their case to include Tesla as a defendant after post-crash investigations suggested the car’s design contributed to the deaths, blaming door handles that are difficult to operate and doors and windows that are hard for rescuers to access for their child’s death. Nelson’s family filed a separate lawsuit, with the same allegation.
Tesla’s door handles in focus
Tesla vehicles have electronic door handles, with outer door handles that are flush against the vehicle. This enhances the sleek look of the exterior, and also leads to small aerodynamic gains.
However, it also leads to confusing operation, as each car the company has released so far has had a different door handle in a different place on the vehicle with a different method of operation than the last.
This also means that the outer door handles can be hard to operate in an emergency situation. In the crash described above, the rescuer had to bash at the Cybertruck’s window “ten to fifteen” times, after having failed to punch it out with his fist. An externally operable door handle would have perhaps resulted in a different outcome.
Further, the interior door release can be confusing in an emergency situation. Normally one just presses the interior door release button, which operates electronically. However, when there’s a problem with the vehicle, that system can become disconnected and require a manual release.
Every Tesla has a manual release, but it’s often hidden in a place that passengers may not know to look, or may have difficulty finding in an emergency scenario, especially for rear seat passengers.
On the Cybertruck, the front manual door release is relatively easy to access, just in front of the window switches. Indeed, sometimes passengers will accidentally pull this lever rather than the electronic door release (which is not recommended, as it can damage the window trim). In the event of this crash, at least one passenger was described as “barely conscious,” and thus operation of the door handle may not have been an option.
Front manual door releaseRear manual door release, step 1Rear manual door release, step 2Cybertruck’s manual door releases. From Tesla’s Cybertruck owners manual
But the rear release is much harder to find. To access it, one must remove a rubber mat from the map pocket, revealing a mechanical release cable with a loop on the end, then pull it forward.
Tsukahara’s parents say that she “was alive after the crash. She called out for help. And she couldn’t get out.” It is conceivable that simpler door handles may have resulted in a different outcome, though three of the vehicle’s doors were obstructed by the wall and tree that it had crashed into. The right rear door, the seat occupied by Nelson, was unobstructed, according to the Nelsons’ lawsuit.
Elsewhere in the world, Chinese auto regulators are mulling a ban on retractable door handles, as many sleek new EVs have taken on the trend that Tesla started with its flush door handles.
There have been several lawsuits against Tesla for deaths in its vehicles, often associated with the company’s Autopilot or Full Self-Driving systems. The company typically chooses to settle these lawsuits out of court, despite CEO Elon Musk stating “we will never surrender/settle an unjust case against us, even if we will probably lose,” though it did refuse to settle a recent case and ended up with a $243 million judgment against it, in the first Tesla ADAS case that reached trial.
While this crash had nothing to do with the company’s driver assist systems, it will be interesting to see how Tesla responds to this lawsuit.
The two cases are Nelson v Tesla Inc. and Tsukahara v Dixon, both filed in the California Superior Court in Alameda County. Tsukahara’s case has been set for trial in February 2027.
Electrek’s Take
When I was in high school, a very similar accident happened. A large SUV was speeding around a curve, lost control, and rolled. The teenagers inside were under the influence, though the driver wasn’t in this case. It was national news, and significantly affected our community.
Many other communities have felt the same. It’s a common story. And yet, we still keep building these giant, lumbering land yachts, thinking that it enhances safety when it does not.
But that’s somewhat of an aside here. If the Cybertruck were more nimble or less “impenetrable,” maybe the crash results would have been different. But the focus on door handles is one simple, clear change that would have saved lives in this instance.
Tesla has always had weird door handles, and the door handles have always ended up causing some sort of problem. Whether it be overly complicated latches which make repair costly as in the Model S, overly complicated door which delay release like the Model X, oddly-placed manual door releases that can cause abnormal wear on the Model 3 and Y, or even the svelte door handles on my original Roadster which are currently giving me a weird problem I can’t even explain here, this is a pattern.
And the pattern doesn’t just apply to door handles, but to much of how Tesla works as a company, with the “move fast and break things” approach common in technology. While Tesla has been innovative, those innovations sometimes have come with less consideration for safety than they perhaps should have.
Now, with these Cybertruck deaths, maybe we can finally get a little reason and have Tesla be more normal with its door handles, at least.
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The German city of Karlsruhe is setting an example for sustainability in waste management by deploying a fleet of 18 Mercedes-Benz eEconic electric garbage trucks that are helping make the streets cleaner, quieter, and a lot less stinky.
Since the end of September, the city of Karlsruhe has been relying on Mercedes’ fully electric waste collection vehicles throughout, with none of the area-specific restrictions or limited rollout strategies for one or two trucks at a time that typically accompany stories like these. Instead, the city is using the Mercedes eEconics for the same stuff they’d use the diesel versions for: residual waste disposal, paper collection, and bulky waste collection.
Normal garbage duty, in other words. And, in such daily use, they do a great job. The trucks cover an average route distance of around 80 km (about 50 miles) on 112 kWh battery packs (usable capacity is ~97 kWh) which can be reliably completed in single-shift operation without intermediate charging — thanks, in part, to Mercedes’ efficient electric motors and regenerative braking that shines in the trucks’ typical stop-and-go duty cycles.
More than a single shift, in fact. The fleet managers report that after “a good 80 kilometers with around 60 stops on its daily route,” energy consumption was only around 35% of the battery capacity, meaning the charge level dropped from 100% to 65% and 64% respectively.
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At the same time, CO₂ emissions are significantly reduced: depending on the area of application, each eEconic can save between 150 and 170 tons of CO₂ per year. This results in a total potential annual saving of around 1,200 tons of CO₂ emissions.
The purchase of the electric vehicles was funded by the Federal Ministry of Transport (BMV) as part of the guideline on the promotion of light and heavy commercial vehicles with alternative, climate-friendly drives and the associated refueling and charging infrastructure (KsNI). The funding guideline was coordinated by NOW GmbH, and applications were approved by the Federal Office for Logistics and Mobility.
Electrek’s Take
Look, you know me. There is absolutely ZERO chance that I’ll be able to remain objective about anything that’s putting down more than four thousand lb-ft of torque. Make that thing quieter, cleaner, and generally better for me and my community, and there’s even less of a chance of me saying anything critical about it.
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Electreon just took a big step toward expanding wireless EV charging. The Israel-based company signed a memorandum of understanding (MoU) to acquire the assets of InductEV, a Pennsylvania-based firm known for its ultra-fast, high-power static wireless charging systems used by heavy-duty electric transit and freight fleets.
If the deal closes after due diligence and regulatory approvals, the combined company would bring together Electreon’s dynamic wireless charging tech – the kind that can charge vehicles while they drive – with InductEV’s high-power stationary systems. That would create one of the most complete wireless charging portfolios on the market, covering everything from passenger EVs to vans, buses, heavy-duty trucks, and even autonomous vehicles.
Electreon and InductEV together hold around 400 granted and pending patents, and have a lot of field experience across their respective projects. Electreon says that pairing its manufacturing capabilities and global footprint with InductEV’s ultra-fast tech will help streamline and speed up fleet electrification.
Both companies already work with major vehicle OEMs, which Electreon asserts will make integrating wireless charging into future vehicle platforms easier.
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Electreon CEO Oren Ezer said the deal would combine the two companies into “a truly global powerhouse for wireless EV charging.” He added that “the decision by InductEV’s shareholders to invest in Electreon is a tremendous vote of confidence in our shared vision.”
InductEV CEO John F. Rizzo said, “Together, we’re combining world-class innovation with real-world experience to deliver even greater value to our North American and European customers and accelerate the shift to wireless power for sustainable commercial transportation.”
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The Dolphin Surf is already one of Europe’s cheapest EVs, yet BYD may have an even more affordable electric car up its sleeve.
Is BYD launching the Racco mini EV in Europe?
BYD revealed the Racco at last month’s Japan Auto Show, its first EV designed exclusively for overseas markets.
The mini EV, or “kei car,” is launching in Japan, where over 1.55 million of them were sold last year, accounting for about a third of new vehicles sold.
Although Japan has been a brutal market for foreign brands to crack, BYD believes it may have an edge. The Racco measures 3,395 mm in length, 1,475 mm in width, and 1,800 mm in height, or about 600 mm longer than the Dolphin Surf.
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That’s about the size of the Nissan Sakura EV, Japan’s best-selling electric car. Like the Sakura and most kei cars, the Racco has a boxy, upright stance. It has four doors, with the back two sliding open.
BYD Racco EV (Source: BYD)
Powered by a 20 kWh battery pack, the mini EV is expected to have a driving range of around 180 km (112 miles).
BYD is using its Blade lithium iron phosphate (LFP) battery packs to keep costs down. Although prices have yet to be revealed, the Racco is expected to start at around 2.5 million yen ($18,000) in Japan, putting it on par with the Nissan Sakura.
The BYD Racco EV debuts at the Japan Mobility Show (Source: BYD)
If it launched in Europe, the Racco could go on sale for under £15,000 ($20,000), putting it on par with the Dacia Spring (£14,995) and Leapmotor T03 (£15,995). The BYD Dolphin Surf currently starts at £18,650 ($24,300).
Although it will arrive in Japan first, BYD may launch its smallest, cheapest EV in Europe after all. BYD’s vice president Stella Li suggested to Autocar that the Racco could play a key role globally as an affordable, entry-level EV.
The BYD Dolphin Surf EV (Source: BYD)
“In Japan, we are already launching a kei car; we will be very interested to follow the EU regulation,” Li said, adding, “If there’s some space, we can bring that car here.”
The regulation Li is referring to is the new “E-car” segment that the European Commission president, Ursula Von der Leyen, called for in September.
Von der Leyen said that Europe “should have its own E-car,” where “E” stands for efficient, economical, and European, and added “we cannot let China and others conquer this market.”
The Racco could sit underneath the Dolphin Surf in BYD’s growing European lineup. However, the company is focusing on expanding hybrid options. Li said launching Racco was “not a topic” the company is immediately focused on.
The Seal U, Europe’s best-selling plug-in hybrid through September, will be the first vehicle built at BYD’s new factory in Turkey, as it seeks to gain an edge through local production.
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