Many electric-vehicle makers add design features that set their cars apart from gas-powered models. One of the most commonly-seen changes is the flush, electronic door handle. The handles generally sit flat against the can’t body and pop out when you press a button or use a key fob. Some drivers love the sleek look, but critics think it’s just another thing that can go wrong.
Recently, that concern got more serious: Media investigations now suggest Tesla electric door handle failures may have contributed to 15 or more deaths in U.S. crashes. People in those Teslas reportedly survived the impact, but couldn’t get out of their cars before fire or smoke took over. That’s why this issue deserves a closer look.
What’s Different About Tesla Door Handles?
At first glance, an electric door handle probably doesn’t sound like a big deal; after all, modern cars are full of electronics. However, Tesla’s system works very differently from what most drivers are used to.
In a traditional vehicle, pulling the door handle moves a mechanical cable or rod that releases the latch. Even if the battery is off, you can still open the door because your hand provides the motivating force.
Tesla doors don’t work that way. They rely almost entirely on electrical power. When you press the handle or button, a motor releases the latch. If the car loses power in a crash, the motor may not work and the door may not open at all—even if it isn’t blocked or damaged.
That’s where the danger comes in: Power loss often happens at exactly the same time that people need to get out fast. Fires, smoke, or oncoming traffic can turn just a few seconds’ reaction time into the difference between life and death.
How Do Tesla’s Electric Door Handles Fail?
Like any electronic system, Tesla’s doors depend on steady power from somewhere. In this case, it’s the vehicle’s 12-volt battery and wiring. A serious crash can damage those components, cutting power to the doors.
Tesla does include manual emergency releases on many front doors. The problem is that they aren’t standardized or easy to find. Some are tucked into trim panels or hidden near the window controls. Rear-seat releases, when they exist at all, are often even more obscure.
In a calm situation, that might be little more than annoying. In a burning car filled with smoke and panic, it can be deadly.
What Did the Tesla Door Handle Study Show?
To understand how often this happens, reporters asked the National Highway Traffic Safety Administration (NHTSA) for data on U.S. crashes involving fire from 2012 through 2023. They also independently collected information from 2024 and 2025. After reviewing thousands of crash reports, photos, audio recordings, and body-camera videos, investigators identified at least 15 fatal cases in which Tesla doors failed to open, trapping people inside. Some victims were just stuck while waiting for help, but others died after their cars caught fire.
The study focused only on deaths, not injuries or rescues, but several close calls made the news. In one case, a Virginia state trooper smashed the window of a burning Tesla Model Y to pull the driver out because the doors would not open. Dashcam footage shows just how fast things went from bad to worse, and without the trooper’s intervention a survivable crash might have turned fatal.
That case and others like it are bad enough on their own, but things get even more concerning when you look at Tesla’s most unique offering: the Cybertruck.
Why are Cybertruck Door Failures Especially Concerning?
The Cybertruck is Tesla’s most notorious attempt to shake up modern vehicle design. It doesn’t look like anything else on the road, and that’s very intentional. In the same vein of pushing the envelope, the Cybertruck takes Tesla’s problematic doors even further.
Unlike other Teslas, the Cybertruck has no physical exterior door handles at all. There’s nothing to grab. In fact, the only way to open the doors is with an electronic button. Once again, an electric device is only as good as its power source, so if that gets damages those buttons might do nothing at all. The truck has manual releases inside, but they’re hidden away from easy view or reach. That might look nicer during daily use, but in the crunch of a real emergency people are forced to hunt to hunt for a way out.
The Cybertruck’s construction is another concern. Its stainless-steel body and impact-resistant windows may be selling points on the lot, but they mean the truck is harder to break into during an emergency. If the truck loses power and the electronic doors won’t open, people inside and outside may struggle to break windows for escape. In a situation where every second matters, that sturdy construction could turn a survivable wreck into fatal entrapment.
Altogether, you end up with a dangerous combination: a vehicle designed to stay intact in a crash, paired with doors that may not open when the power is gone. If the worst happens and the lithium-ion battery catches fire, that can trap people inside a vehicle that’s doing exactly what it was designed to do—stay sealed.
Media Accounts of Tesla Door Handle Issues May Not Tell the Whole Story
Even with all the data behind the report, media sources were looking mostly for trends and patterns. No database tracks how often occupants can’t exit due to door failure, and confirming that in a crash is difficult. Early investigations often have mixed results, and most wrecks don’t get more detailed forensic analysis.
The point is that this problem may be broader than the study reflects. Electric cars can crash for many reasons—some common to gas vehicles, others unique—and the doors don’t fail in every case. However, the cause of a wreck and the cause of an occupant’s injury or death aren’t always the same thing. When trying to determine the second one, it’s important to evaluate all the contributing factors. I know after decades of experience that not every crash gets enough attention to learn its whole story.
Tesla is an Example of Problems in the Broader EV Market
“Tesla” often serves as shorthand for EVs, much like Scotch tape or Googling. Because it’s the most visible EV maker, its design choices receive intense scrutiny. When problems arise, they often fuel broader debates about EV safety and reliability.
To be fair, Tesla isn’t the only automaker wrestling with EV growing pains. Nearly every manufacturer in the electric space has some problems with batteries, software glitches, charging systems, or safety concerns. They also face higher expectations for innovation and have less accumulated goodwill than the established auto industry. That means the public judges their failures more harshly.
By positioning itself as an industry leader, Tesla may be less an outlier than it is a magnifying glass. Its prominence in the market means its mistakes matter in ways that go beyond the company itself. Because it often introduces features early, its design choices can shape expectations and influence other manufacturers. When problems arise with those features, that may signal risks spreading across the broader EV market.
Why Are Tesla Door Handles a Legal Controversy?
For Tesla owners, the answer is probably self-evident. Documented incidents are rare, but they suggest these cars could trap occupants at the worst possible moment. That’s not some minor issue, it’s a serious design flaw. On a spec sheet those door handles may have seemed unique and futuristic. In practical terms, though, they might determine whether someone can or can’t escape a burning vehicle.
It’s also worth noting that so far Tesla has issued no recalls about this. They suggested future models may use a hybrid of electronic and mechanical handles, which could reduce the risk going forward. But that doesn’t help the people driving today. Without a recall, most owners only learn about this problem if they happen to see the news. That puts the burden on consumers instead of the manufacturer.
Even for folks who will never own a Tesla, the door issue points to a bigger problem in the EV industry. To stay competitive, manufacturers are under pressure to rush new technology to market and fix problems later. That “move fast and break things” mindset may work for video games and phone apps, but it’s dangerous for multi-ton vehicles traveling at highway speeds.
When design flaws only show up under real-world stress, the people using the product become the test cases. If recent studies have their facts straight, Tesla’s use of that approach may already be measured in lives lost.
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