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Zipcar, Honda announce OneWay carsharing with 2015 Fit

Zipcar has been around for over a dozen years, and now shares more than 10,000 cars on a short-term basis with 850,000 members around the world. But there's been one thing missing from the carsharing giant's quiver of options: the one-way rental. That changes today. For a select few in Boston, anyway. OneWay's Boston launch is so soft that Zipcar says it's not even sure how much it will charge. Zipcar has announced a new one-way carsharing option called (annoyingly) ONE>WAY. This new program soft launches in Boston today, and it's so soft that Zipcar says it's not even sure how much it will charge drivers who use the new service. What we do know is that OneWay exclusively uses the 2015 Honda Fit and will allow drivers to rent by the half hour as they pick up and drop off in two different locations. The standard Zipcar model requires the cars to be brought back to the original location and has a one-hour minimum. At least one membership fee will cover both standard Zipcar and Zipcar OneWay. The introduction of shorter-term, one-way rental may sound a bit like Car2go, the successful carsharing program started by Daimler. Zipcar representatives told AutoblogGreen that it did develop OneWay in response to member demand and that there are two main differences between the two carsharing services. First, since OneWay still uses the traditional reserved-for-Zipcar parking spot method (new ones will be established for OneWay), there will always be a guaranteed space when you arrive at your destination. Second, the Fit has a lot roomier than the Smart ForTwo used by Car2go. To see this point in action, check out the four happy hipsters in Zipcar's new ad for OneWay below. There are currently other Fits in Zipcar fleets in other cities, but the specially branded vehicles in the Boston trial program will need to be used with the OneWay vehicles. That means, for now at least, that users will specify a pick-up and drop-off location before renting the vehicle, said Kaye Ceille, the president of Zipcar. The 30-minute minimum might also someday be changed, depending on user feedback. There's a lot up in the air right now, but Zipcar did say that despite the fact that OneWay is intended for short trips and has reserved parking, the Fit EV will not be involved. That car simply doesn't offer the cargo flexibility that the standard Fit does and some of the reserved parking spots will be on the street, where putting in a charging station isn't feasible.

Who can really claim first mass-produced fuel cell vehicle delivery in US?

Last month, Hyundai said that the initial deliveries of the Tucson Fuel Cell vehicles in California meant that, "For the first time, retail consumers can now put a mass-produced, federally-certified hydrogen fuel cell vehicle in their driveways." But try telling that to Jon Spallino. In 2005, Honda leased a hydrogen fuel cell FCX, a small hatchback, to the Spallino family (as far as we know, he parked it in his driveway). The company did the same thing again in 2008 with the FCX Clarity, a sleek new design based on the FCX Concept, and others signed for the H2 ride as well, including celebrities. No matter how you slice it, Honda has been in the fuel cell delivery market for almost a decade now. Just look at this. Or this. Or this. Oh, and other automakers (General Motors in Project Driveway in 2006 and Mercdes-Benz with the F-Cell in 2010, for example) have delivered fuel cell vehicles in the US as part of short-term test programs. But let's get back to Hyundai's claim. There's little question that the first delivery of a "fuel cell vehicle for the US market" has already taken place (and they were federally certified, too), which means that the debate revolves around the definition of mass-produced and whether "mass production" is about a number or about the process? Let's investigate below. First, lets review Honda's bona fides. We can start with the official version of Honda's fuel cell history, which is missing the pertinent detail that Honda build the Clarity on a dedicated assembly line and established a small network of three dealerships to lease the FCX Clarity in 2008. All of the FCX Clarity vehicles in customer hands in the US were leased through these dealerships. Sure, Honda started with hand-built stacks in its hydrogen vehicles, but went to automated control of some parts and components with series production. "It is good to see others doing today what we've been doing since 2008" – Steve Ellis, Honda Or, as Honda's Steve Elllis put it to AutoblogGreen regarding Hyundai's fuel cell deliveries: "This was exactly as prescribed by the creation of the California Fuel Cell Partnership. It's the very essence of 'co-op-itition.' We at Honda, as do many others, continue to push forward on many technologies, both the battery and the fuel cell. And society is the beneficiary." Then he added, "It is good to see others doing today what we've been doing since 2008." Now, how does Hyundai compare?

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.