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The techie choice | 2017 Toyota Prius Prime Quick Spin

The Prius nameplate has been inexorably tied to the green car scene for a long time now. When Toyota unleashed the Prius Prime upon the world, we said it was the best Prius yet. But this is no longer a world where Toyota's hybrids are automatically crowned king. Our recent time with the Hyundai Ioniq trio was a stark reminder that the economical, eco-conscious competition is getting stiffer. We put some miles on a Prius Prime to see how our recent Ioniq Plug-In Hybrid test colors our view of Toyota's prime contender. Our first impression: the Prius design is very clean and inorganic. As sterile as it feels, the design appears to have a lot of actual thought behind it. Our Advanced trim tester is spiritually in touch with the mobile gadget culture, with a huge touchscreen, digitization of seemingly everything, and white and black glossy plastic aesthetic. It's a tech-heavy design that will likely seem familiar to those of us who have been interfacing with Apple designs for the past 10 or so years. The Ioniq Plug-In Hybrid, on the other hand, remains truer to the look and feel most drivers expect from their commuters. It's less about user interface, modes, and drive data, and more about just getting behind the wheel and driving. The Ioniq Plug-In Hybrid hardly even distinguishes itself from its plugless counterparts, opting to go green under cover rather than the in-your-face futurism the Prius projects. It retains the traditional instrument cluster in front of the driver, too, which the Prius Prime lacks. In the Toyota, you'll have to look around the car for the right display with the information you're looking for – there's the huge central touchscreen with all its menus, as well as smaller displays above it on the dash – or you can find your speed on the HUD. The Prius is composed in its handling, but doesn't provide much of the sensory feedback that makes one feel connected to the chassis. The steering feels super artificial, but the car stays fairly flat in the corners without providing too much feedback through the seat of your pants. Hyundai's offering, though, proved to be a surprisingly willing dance partner in the corners. While feeling equally as capable as the Prius, the Ioniq's sense of connection through steering and suspension made the act of stitching one turn after another together enough to get our blood pumping. Sport mode makes the Prius Prime slightly livelier, though.

Toyota Mirai officially first hydrogen-powered pace car

In addition to the chance to see bumper-to-bumper racing in a unique atmosphere, the roar of V8 engines is one of the things that compel people to attend NASCAR events, rather than watching them from the couch on TV. The front end of the Toyota Owners 400 at Richmond International Raceway was a whole lot quieter, though, because the 2016 Toyota Mirai made its debut as a pace car there. Outfitted with a light bar and a special livery, the Mirai became the first hydrogen fuel cell vehicle to ever pace a NASCAR race and led the cars to the green flag for Saturday night's Sprint Cup round. The sedan was tested prior to the event to prove it had the performance required to lead the 43-car field. "Bringing the Mirai to Richmond to pace this important race is another way for Toyota to showcase our innovation and environmental leadership," Ed Laukes, company vice president of marketing, performance, and guest experience, said. There's some precedent for Toyota to show off its green credentials to the NASCAR audience. In 2009, a Camry Hybrid paced the Coca-Cola 600. The automaker's fuel cell tech already had a maiden motorsport outing, too. Late last year, the FCV Concept, which previewed the Mirai, was the zero car to check the roads for the Shinshiro Rally in Japan. TOYOTA MIRAI TAKES TO THE TRACK 23/04/15 Mirai Will Pace Toyota Owners 400 at Richmond Mirai Is First Hydrogen Fuel Cell Electric Vehicle to Pace a NASCAR Race RICHMOND, VA. (April 23, 2015) – Toyota today announced the 2016 Toyota Mirai, a hydrogen fuel cell electric vehicle, will pace the Toyota Owners 400 NASCAR Sprint Cup Series race at Richmond International Raceway on Saturday night, April 25. Today's approval allows the Mirai to serve as the first hydrogen-fueled vehicle to pace a NASCAR race. It will lead the Sprint Cup Series field to the green flag at Richmond on Saturday night and emit only water out of its tailpipe along the way. "Having a hydrogen fuel cell vehicle pace the Toyota Owners 400 is a historic moment for both Toyota and NASCAR and we're proud it's the Toyota Mirai," said Ed Laukes, vice president of marketing, performance and guest experience, Toyota Motor Sales, U.S.A.

Hello, Siri? Please don't crash the car

Hands on the wheel and eyes on the road? You could still be distracted while driving. Voice-recognition software that many automakers tout as a safer alternative to handheld devices can still divert drivers' attention, a new study published by AAA found. Researchers noted that workload ratings were the highest on their scales when participants in the study used Siri. The technology is alluring because it allows drivers to do things like change the radio station or compose a text message without removing their hands from the wheel or their gaze from the road. But many of those tasks increase a driver's cognitive workload. Depending on the situation, that can be dangerous. "It's especially problematic, because you can be distracted and not know it," J. Peter Kissinger, president of the AAA Foundation for Traffic Safety, told Autoblog. "That's the nature of mental distraction. It's hard to appreciate. ... Often, you don't know you're distracted until it's too late." There's significant variation in the results of the study. Simple, single-task car commands for operations like changing the radio station caused minimal increases in workload, about the same as listening to an audio book. Composing information using speech-to-text technology was more burdensome, and using menu-based functions caused a high level of cognitive workload. Siri-based interactions posed the highest levels of distraction, according to AAA. Researchers noted that workload ratings were the highest on their scales when participants in the study used Siri, and two of the three simulator crashes they observed during the study of 36 participants came while the subjects were interacting with Siri. The subjects weren't looking at nor making contact with their iPhones during these interactions. "Common issues involved inconsistencies in which Siri would produce different responses to seemingly identical commands," the researchers wrote. "In other circumstances, Siri required exact phrases to accomplish specific tasks and subtle deviations from that phrasing would result in a failure. ... Some participants also reported frustration with Siri's occasional sarcasm and wit." It wasn't just the complexity of the task that caused variations in level of distraction – the variations could also be dependent on the particular make and model of the car being tested.