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6 self-driving car crashes that tapped the brakes on the autonomous revolution

Our list of self-driving accidents, including the 'avoidable' Arizona Uber crash

According to statistical data, you’re almost certainly safer in a car driven by a computer than one driven by a human. Self-driving vehicles have the opportunity to bring multiple benefits — from safer driving experiences to less congestion in our cities.

With that said, autonomous cars won’t mean the end of road traffic accidents. Crashes can occur as the result of both human error and technical fault. While this list isn’t supposed to be comprehensive, these are the most significant crashes in self-driving (and semi-self-driving) car history. Hopefully, the right lessons can be learned from them.

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Google Lexus SUV, July 2015

Image used with permission by copyright holder

Google revealed that one of its self-driving cars had been involved in the first crash to injure a human. The incident involved one of Google’s self-driving Lexus SUV vehicles being rear-ended in Mountain View, CA, during testing. Three Google employees who were on board at the time suffered minor whiplash. The driver of the other vehicle reported neck and back pain.

This wasn’t the first accident involving one of Google’s self-driving cars, but it was the first one which could be classified as serious (or, in this case, semi-serious.) The common factor in all the crashes up to this point was human error on the part of other drivers. Mountain View police responded to the incident, but did not file an accident report.

Tesla Model S, January 2016

Tesla Model S P85D
Image used with permission by copyright holder

The world’s first apparent death in a semi-autonomous car took place in early 2016. Less widely covered than subsequent instances, it occurred in China, just three months after Tesla’s autopilot feature was introduced to the Chinese market.

This semi-autonomous feature is designed to offer an advanced driver assistance system (ADAS), although it still requires drivers to be attentive. The incident involved a Tesla Model S sedan — supposedly in autopilot mode — which crashed into the back of a cleaning vehicle while driving in clear weather, resulting in the death of its 23-year-old driver Gao Yaning. No attempt at braking was made.

“The autopilot program’s slow response failed to accurately gauge the road conditions ahead and provide instructions,” claimed a lawsuit filed against Tesla. Tesla said that it was unable to confirm whether autopilot was engaged at the time, since the damage caused by the collision left the car “physically incapable of transmitting log data to our servers.”

A police investigation found that Yaning had failed “to drive safely in accordance with [autopilot] operation rules” (read: paying full attention to the road), while also blaming the street sweeping vehicle’s “incomplete safety facilities.”

Google Lexus SUV, February 2016

Google self-driving Lexus RX 450h in Kirkland, Washington
Image used with permission by copyright holder

One of Google’s self-driving Lexus SUV cars was involved in a non-fatal crash with a bus on Silicon Valley’s El Camino Real road. This was the 18th accident involving a Google autonomous vehicle, but is significant because it was the first time that the Google vehicle is apparently at fault.

The incident occurred while Google’s car is merging back into traffic after stopping to avoid an obstacle. It stuck the side of the bus while doing so. The SUV suffered superficial damage to one wheel, its side-mounted sensors and bodywork.

“We clearly bear some responsibility, because if our car hadn’t moved there wouldn’t have been a collision,” Google said in a statement. “From now on, our cars will more deeply understand that buses (and other large vehicles) are less likely to yield to us than other types of vehicles, and we hope to handle situations like this more gracefully in the future.”

Tesla Model S, May 2016

Image used with permission by copyright holder

The first U.S. death involving a semi-autonomous car occurred when 40-year-old Ohio resident Joshua Brown’s Model S Tesla was in autopilot mode on the highway.

Unfortunately, the car’s sensors failed to recognize a white 18-wheel truck and trailer crossing the highway against the bright sky background. As a result, the Model S drove full speed under the trailer, which impacted the car’s windshield.

“Autopilot is getting better all the time, but it is not perfect and still requires the driver to remain alert,” Tesla said in a statement, while also noting that it was “beyond saddened” by Brown’s death.

Uber self-driving Volvo, March 2018

uber autonomous crash volvo
Volvo

An autonomous car killed 49-year-old Arizona resident Elaine Herzberg in what is believed to be the first fatal U.S. crash involving a pedestrian and self-driving vehicle. The incident took place at night when Herzberg was crossing the road with her bicycle outside of a sanctioned crosswalk, and has since been deemed “entirely avoidable.”

The Uber test driver was not looking at the road in the moments leading up to the collision, and according to a recently released police report, was watching Hulu until 0.5 seconds before the crash. “Our hearts go out to the victim’s family,” the company said in a statement. “We are fully cooperating with local authorities in their investigation of this incident.” Uber temporarily suspended autonomous road testing in the aftermath of the accident.

Tesla Model X, March 2018

Tesla Model X
Tesla

Less than a week after the Uber self-driving car crash, another semi-autonomous vehicle fatality took place — once again involving a Tesla vehicle. On this occasion, a Tesla Model X on autopilot crashed in Mountain View, killing the 38-year-old driver, Apple software engineer Wei Huang.

According to Tesla, Huang received “several visual and one audible hands-on warning earlier in the drive, and the driver’s hands were not detected on the wheel for six seconds prior to the collision.” However, no intervention was taken and the car collided with the concrete divider in the road.

Updated on June 22 to add news that the Uber crash was deemed entirely avoidable, and that the driver was watching Hulu.  

Lulu Chang
Former Digital Trends Contributor
Fascinated by the effects of technology on human interaction, Lulu believes that if her parents can use your new app…
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Electric vehicles are quietly crushing old stereotypes about being delicate or unreliable, and the data now backs it up in a big way. According to Germany’s ADAC — Europe’s largest roadside assistance provider — EVs are actually more reliable than their internal combustion engine (ICE) counterparts. And this isn’t just a small study — it’s based on a staggering 3.6 million breakdowns in 2024 alone.
For cars registered between 2020 and 2022, EVs averaged just 4.2 breakdowns per 1,000 vehicles, while ICE cars saw more than double that, at 10.4 per 1,000. Even with more EVs hitting the road, they only accounted for 1.2% of total breakdowns — a big win for the battery-powered crowd.
Among standout performers, some cars delivered exceptionally low breakdown rates. The Audi A4 clocked in at just 0.4 breakdowns per 1,000 vehicles for 2022 models, with Tesla’s Model 3 right behind at 0.5. The Volkswagen ID.4, another popular EV, also impressed with a rate of 1.0 – as did the Mitsubishi Eclipse Cross at 1.3. On the flip side, there were some major outliers: the Hyundai Ioniq 5 showed a surprisingly high 22.4 breakdowns per 1,000 vehicles for its 2022 models, while the hybrid Toyota RAV4 posted 18.4.
Interestingly, the most common issue for both EVs and ICE vehicles was exactly the same: the humble 12-volt battery. Despite all the futuristic tech in EVs, it’s this old-school component that causes 50% of all EV breakdowns, and 45% for gas-powered cars. Meanwhile, EVs shine in categories like engine management and electrical systems — areas where traditional engines are more complex and failure-prone.
But EVs aren’t completely flawless. They had a slightly higher rate of tire-related issues — 1.3 breakdowns per 1,000 vehicles compared to 0.9 for ICE cars. That could be due to their heavier weight and high torque, which can accelerate tire wear. Still, this trend is fading in newer EVs as tire tech and vehicle calibration improve.
Now, zooming out beyond Germany: a 2024 Consumer Reports study in the U.S. painted a different picture. It found that EVs, especially newer models, had more reliability issues than gas cars, citing tech glitches and inconsistent build quality. But it’s worth noting that the American data focused more on owner-reported problems, not just roadside breakdowns.
So, while the long-term story is still developing, especially for older EVs, Germany’s data suggests that when it comes to simply keeping you on the road, EVs are pulling ahead — quietly, efficiently, and with far fewer breakdowns than you might expect.

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Amazon has changed how we shop for just about everything—from books to furniture to groceries. Now, it’s transforming the way we lease cars. Through Amazon Autos, you can now lease a brand-new Hyundai entirely online—and even better, you’ll qualify for the full $7,500 federal tax credit if you choose an electric model like the Ioniq 5, Ioniq 6, or Kona EV.
Here’s why that matters: As of January 2025, Hyundai’s EVs no longer qualify for the tax credit if you buy them outright, due to strict federal rules about battery sourcing and final assembly. But when you lease, the vehicle is technically owned by the leasing company (Hyundai Capital), which allows it to be classified as a “commercial vehicle” under U.S. tax law—making it eligible for the credit. That savings is typically passed on to you in the form of lower lease payments.
With Amazon’s new setup, you can browse Hyundai’s EV inventory, secure financing, trade in your current vehicle, and schedule a pickup—all without leaving the Amazon ecosystem.
It’s available in 68 markets across the U.S., and pricing is fully transparent—no hidden fees or haggling. While Hyundai is so far the only automaker fully participating, more are expected to join over time.
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A 2024 study by iVendi found that 74% of car buyers expect to use some form of online process for their next purchase. In fact, 75% said online buying met or exceeded expectations, with convenience and access to information cited as top reasons. The 2024 EY Mobility Consumer Index echoed this trend, reporting that 25% of consumers now plan to buy their next vehicle online—up from 18% in 2021. Even among those who still prefer to finalize the purchase at a dealership, 87% use online tools for research beforehand.
Meanwhile, Deloitte’s 2025 Global Automotive Consumer Study reveals that while 86% of U.S. consumers still want to test-drive a vehicle in person, digital tools are now a critical part of the buying journey.
Bottom line? Amazon is making it easier than ever to lease an EV and claim that tax credit—without the dealership hassle. If you're ready to plug in, it might be time to add to cart.

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A humanoid robot running in a half marathon.

You may have seen robots dancing like the music icon Mick Jagger, doing parkour, or even painting on a canvas. Tesla’s Optimus humanoid robot is eagerly anticipated, while Google and Meta are also planning to enter the field. The competition in the East, however, is on a different level altogether.

China just put humanoid robots to the test in the world’s first race of its kind, where they ran alongside humans in a half-marathon. A total of 21 robots lined up for the event in the Yizhuang half-marathon, following a long spell of supervised learning on roads. 

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