'Fox & Friends' co-hosts discuss major issues with owning and maintaining electric vehicles after a Canadian man sounds off on problems with his new electric truck. Most electronic systems that take on some driving tasks for humans don't adequately make sure drivers are paying attention, and they don't issue strong enough warnings or take other actions to make drivers behave, according to an insurance industry study published Tuesday. Only one of 14 partially automated systems tested by the Insurance Institute for Highway Safety performed well enough to get an overall "acceptable" rating. Two others were rated "marginal," while the rest were rated "poor." No system received the top rating of "good."

Why publish a list of our picks for the best new cars that are the safest? Don't confuse "safe" with "safer." Manufacturers make vehicles that are safer than those from 10 years ago, for sure. However, some are safer than others. Both organizations put new car models through a battery of crash and safety tests, scoring each for the degree of protection they provide for occupants. If you choose a car on this list, you can be assured you will likely survive a crash, but in many cases avoid it altogether. We pulled together a collection of the best 2022 models made the safest for you to drive and what earns them that distinction. In a nutshell, these car models go above and beyond government-mandated safety features and manufacturer norms. Read on to learn more. What we looked for were cars with perfect scores in both IIHS and NHTSA testing. With those in hand, we narrowed the field among the trim levels within each model based on standard and available active safety features such as forward collision warning with automatic emergency braking. Several safety features we've grown accustomed to are actually government-mandated. In other words, the federal government made them standard by law. These include antilock brakes, stability control, traction control, rearview cameras, tire pressure monitors, and so forth.

More than 750 Tesla owners have complained to U.S. safety regulators that cars operating on the automaker's partially automated driving systems have suddenly stopped on roadways for no apparent reason. The National Highway Traffic Safety Administration revealed the number in a detailed information request letter to Tesla that was posted Friday on the agency's website. The 14-page letter dated May 4 asks the automaker for all consumer and field reports it has received about false braking, as well as reports of crashes, injuries, deaths and property damage claims. It also asks whether the company's "Full Self Driving" and automatic emergency braking systems were active at the time of any incident. The agency began investigating phantom braking in Tesla's Models 3 and Y last February after getting 354 complaints.

Tesla Inc is recalling nearly 12,000 US vehicles sold since 2017 because a communication error may cause a false forward-collision warning or unexpected activation of the emergency brakes, the National Highway Traffic Safety Administration (NHTSA) said on Tuesday. The California automaker said the recall of 11,704 Model S, X, 3 and Y vehicles was prompted after a software update on 23 October to vehicles in its limited early access version 10.3 Full-Self Driving (FSD) (Beta) population. FSD is an advanced driver assistance system that handles some driving tasks but Tesla says does not make vehicles autonomous. NHTSA said Tesla "uninstalled FSD 10.3 after receiving reports of inadvertent activation of the automatic emergency braking system" and then "updated the software and released FSD version 10.3.1 to those vehicles affected". The agency said it "will continue its conversations with Tesla to ensure that any safety defect is promptly acknowledged and addressed".

How on earth did they get their driver's license? This is something we've all said about some maniac on the road. Despite strict laws, there are still plenty of people not concentrating on the road. Thankfully, the future of safer driving is upon us. The eventuality is that driving could become a thing of the past.

Each year, thousands of people lose their lives crossing the street. When drivers don't expect to see pedestrians, sometimes they just don't see them, even though they're there. Other times, pedestrians make poor choices, like crossing the road in the dark, which leads to accidents and, sometimes, tragic deaths. One of the key selling points for future AVs as well as today's connected vehicle-safety systems is that they're safer than human drivers driving without help. However, a new study suggests the industry still has a way to go before this is truly the case.

Advanced safety systems using AI are being delivered in cars today, whether the customer asks for them or not. This is big business, with the value of AI in automotive manufacturing and cloud services projected to exceed $10.7 billion by 2024. Reaction to the new systems from the auto consumer public is mostly positive based on reactions seen so far. When a deer jumped in front of a 2017 Subaru Outback being driven in Skokie, Ill, recently, the vehicle came to a complete stop on its own, before the driver could react, according to an account in Consumer Reports, based on a survey of Advanced Driver Assistance Systems (ADAS). "Without the car's automatic emergency braking system, I'd have hit the deer, no question about it," the driver said.

Stuttgart, Germany, and Yokohama, Japan – Automated driving technology is gradually providing more and more assistance to the driver – with the future aim of the car being able to take complete control. But there is more to it than that: "We want to make cars better drivers than people, and in this way to increase road safety. In other words, technology has to work more reliably than people," says the Bosch management board member Harald Kroeger. That presents a major challenge, particularly in terms of surround sensing. Only if it knows exactly, and at all times, what is going on around it can an automated vehicle choose the right, and above all safe, driving strategy.

Hyundai's Digital Key allows drivers to unlock and start their car with a smartphone using near-field communication technology. It will debut on the 2020 Hyundai Sonata. Self-driving cars are coming – someday. But for now, carmakers and suppliers are focused on technologies that improve vehicle safety, security and convenience. With the 2019 New York Auto Show set to begin next week with media previews, car companies are looking for ways to stand out from the competition in an era when quality and reliability are similar across brands.

Now that Advanced Driver Assistance Systems (ADAS) are commonplace, automotive manufacturers should standardize the names and definitions of the various technologies involved, an AAA report recommends. The American Automobile Association study found that the bewildering array of ADAS marketing names leaves consumers confused about the differences among systems and what the features are supposed to do. As evidence for the extent of consumer confusion, AAA cites its September 2018 study that found drivers had too much faith in systems such as adaptive cruise control. Two months later, in November 2018, the consumer group reported the disturbing results of another study based on ADAS technology naming. In its November report, AAA found that 40 percent of consumers believed fully autonomous cars were already available and traveling on U.S. roads.