1988 Honda Civic Dx Ef Hatchback, 52k Mile Survivor, One-owner, All Original on 2040-cars

Auto blog

Takata airbag victim looked like she had been stabbed

We generally take certain principals for granted. The more water you drink, for example, the healthier you'll be. The more time you spend reading car news on Autoblog, the better informed you'll be. And the more airbags your car has, the safer you'll be. Because airbags equal safety. But that's not what some unfortunate drivers of vehicles equipped with Takata airbags are finding, and tragically finding out the hard way.
In what could be the most startling incident resulting from the airbag debacle so far, a woman named Hien Tran of Orlando, FL, was killed by what looked at first like stab wounds on her neck. It later emerged that the fatal injuries could have been inflicted by the faulty airbag on her Honda Accord. Tran bought her Honda secondhand, and may not have been aware that the airbag issue had not been addressed by its previous owner in a previous recall in 2009.
The Orange County Sheriff's Department is investigating the death, but it wouldn't be the only injury resulting from the malfunctioning Takata airbags. The units, employed particularly by Japanese automakers like Honda (which owns part of Takata) and Toyota, are the subject of a massive recall involving some 14 million vehicles from 11 different automakers.

FIA levels F1 playing field for Honda

Formula One may place a high emphasis on technical innovation, but it also demands an equal playing field. So after the FIA regulations handed Mercedes a technical advantage for next season, a loophole was opened up to allow Ferrari and Renault to update their engines throughout the year. That left engine-supplier-to-be Honda in the dust, but now the motorsport governing body has awarded the Japanese automaker the same courtesy. As is often the case, the issue revolves around the specific wording of the regulations. Ferrari and Renault successfully argued that, contrary to its spirit, the letter of the law (or regulations, in any event) didn't actually specify when existing engine suppliers had to complete their revisions for the upcoming championship. The thing is that the rules were more clear when it came to new suppliers, so Honda was told that it would have to complete its design before the start of the season – unlike Ferrari, Renault and Mercedes, which would be allowed to continue development (albeit on a limited basis) throughout the year. Recognizing the inherent injustice of the resulting regulations, the FIA has consented to Honda's request that it be afforded the same opportunities as its rivals. The Japanese manufacturer, which returns to the paddock this season with McLaren, will therefore be allowed to make adjustments to its engines as its first season back on the grid progresses, just like the other engine suppliers. News Source: AutosportImage Credit: McLaren Motorsports Honda McLaren F1 fia regulations

Honda's first production jet takes off from North Carolina

Plenty of automakers have backgrounds in aircraft manufacturing. BMW, Bristol, Mitsubishi, Saab and Spyker all started out in the airplane business. But Honda is going the opposite direction, expanding its automotive (not to mention motorcycle, ATV, marine engine and power equipment) business with the launch of the HondaJet. And that project has just taken a big step forward.
After starting production a year and a half ago, the Japanese industrial giant recently completed its first customer HondaJet, and has now taken that initial production aircraft to the skies for its landmark first flight. The aircraft left the production facility in Greensboro and took off on Friday morning from Piedmont Triad International Airport in North Carolina - the same state where the Wright Brothers undertook their first flight over a century ago.
The HondaJet undertook an 84-minute test flight, climbing to 15,500 feet and reaching a speed of 348 knots. That works out to 400 miles per hour - assuredly faster than any Honda (save for maybe a prototype for the same aircraft) has traveled before. The aircraft is designed to cruise at a maximum of 420 knots (483 mph) and reach a maximum altitude of 43,000 feet.