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Calgary Airport converts handicap parking to Lexus-only stalls

At the YYC Calgary International Airport, travelers found that the usual accessible parking spots (referred to handicap or disability parking here in the U.S.) near the doors had been painted over, no longer saved for the people who need them. Instead, they were reserved for Lexus drivers as part of a marketing campaign. Understandably, the airport received a complaint after a family with access needs entered the short-parking area to find the Lexus logos painted where the accessible parking had been, as CBC News reports. The airport had sold the spaces to Lexus as a way to generate revenue as part of a marketing campaign. Even worse, YYC hadn't replaced the accessible spaces yet, though Calgary Airport Authority spokesperson Jody Moseley told CBC News the airport was in the process of moving them when it started to draw attention. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. The story ends well, however: The Calgary Airport Authority is converting the Lexus spaces back to accessible parking, and said in a statement of apology that the new accessible stalls meant to replace the original ones will also remain in place, so it's a net gain for disabled travelers. YYC also apologized to Lexus Canada, which it says "did not play a role in selecting, and was not aware of, the locations for the campaign." Lexus issued its own apology, saying it would "more carefully scrutinize the details of these types of marketing campaigns" in the future. Related Video: News Source: CBC News via JalopnikImage Credit: Geography Photos/Universal Images Group via Getty Images Government/Legal Lexus Luxury parking disabilities airport handicapped accessibility airport parking

Google self-driving Lexus crashes into a bus

Google's self-driving cars have been in accidents before, but always on the receiving end... at least, until now. The company has filed a California DMV accident report (PDF) confirming that one of its autonomous vehicles (a Lexus RX450h) collided with a bus in Mountain View. The crash happened when the robotic SUV had to go into the center lane to make a right turn around some sand bags – both the vehicle and its test driver incorrectly assumed that a bus approaching from behind would slow or stop to let the car through. The Lexus smacked into the side of the bus at low speed, damaging its front fender, wheel and sensor in the process. This was a minor incident, and we're happy to report that there were no injuries. However, this might be the first instance where one of Google's self-driving cars caused an accident. If so, the Mountain View crew can no longer say it's an innocent dove on the roads -- while this wasn't a glitch, its software made a decision that led to a crash. We've reached out to Google to see if it can elaborate on what happened. No matter what the response, it was always going to be difficult to avoid this kind of incident. Until self-driving cars can anticipate every possible road hazard, there's always a chance that they'll either be confused or make choices with unexpected (and sometimes unfortunate) consequences. However, the hope at this early stage isn't to achieve a flawless track record. Instead, it's to show that self-driving cars can be safer overall than their human-piloted counterparts.Related Video:This article by Jon Fingas originally ran on Engadget, the definitive guide to this connected life. Image Credit: AP Photo/Eric Risberg Green Lexus Safety SUV Autonomous Vehicles Videos California transportation gear

Toyota fills in details about its future design direction and global platform

"In the future, out of 100 customers, we want to excite ten of them instead of not offending all 100."
Almost all of the details about the Toyota New Group Architecture (TNGA) strategy have come out since the initiative was first reported on in March of this year, but Autoblog did learn a few new things about it on a recent trip to Japan. Probably the second-most important detail is that each new segment platform will be based around a common hip point to create an "optimal driving position architecture."