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Honda MC-? will use solar-powered chargers in 'micro' EV tests

Honda is envisioning what it calls a CO2-free society and, not surprisingly, it's a rather sunny one, in one Japanese city, at least. The Japanese automaker is kicking off a test program with the micro-electric-vehicle that will use power generated via photovoltaic energy collected and stored at EV charging stations. Yes, the big old sun will power those little-bitty MC-? cars. MC-? is shorthand for "Micro Computer Beta" and the car is certainly an appropriate vehicle for these tests. The car is 98 inches long (about eight inches shorter than a Smart ForTwo) and has a 43-mile-per-hour top speed as well as an electric motor that delivers a meager eight horsepower. The car is designed to meet Europe's quadricycle regulations and has a 50-mile single-charge range. No word on if or when it'll go into production, of course, but Honda and Toshiba are working with Japan's Miyakojima City on the project, with Toshiba responsible for building three solar-powered EV-charging stations. The Japanese automaker unveiled the latest incarnation of the 1+1 tandem-seating-arrangement MC-? last fall. You can see our "Quick Spin" impressions of the model here and read Honda's press release below. Honda Begins Experimental Test-driving of MC-? Micro-sized EV Using Renewable Energy TOKYO, Japan, January 28, 2014 - Jointly with Miyakojima City and Toshiba Corporation, Honda Motor Co., Ltd. began experimental test-driving of the MC-?, Honda's micro-sized EV, using photovoltaic (PV) energy as part of the Miyakojima City Small-sized Electromotive Mobility Project*1. Through this experimental program, Honda will operate an environmentally-responsible micro-sized EV using renewable energy, and work together with the local community to explore the possibility of a CO2-free society. In November 2013, Honda began separate field tests jointly conducted with Kumamoto Prefecture, Saitama City and Miyakojima City using the MC-?. For the field tests in Miyakojima City, as a part of the initiative as an environmentally-responsible model city, the feasibility of the introduction and utilization of small-sized electromotive mobility products and electricity supply facilities are being verified. For this particular driving experiment in the city using renewable energy, the MC-? will be charged from three new PV recharging stations newly built by Toshiba.

Asian automakers still reluctant to use more aluminum

There's a logical progression of technology in the auto industry. We've seen it with things like carbon-ceramic brakes, which use to be the sole domain of six-figure sports cars, where they often cost as much as an entry level Toyota Corolla. Now, you can get them on a BMW M3 (they're still pricey, at $8,150). Who knows, maybe in the next four a five years, they'll be available on something like a muscle car or hot hatchback. Aluminum has had a similar progression, although it's further along, moving from the realm of Audi and Jaguar luxury sedans to Ford's most important product, the F-150. With the stuff set to arrive in such a big way on the market, we should logically expect an all-aluminum Toyota Camry or Honda Accord soon, right? Um, wrong. Reuters has a great report on what's keeping Asian manufacturers away from aluminum, and it demonstrates yet another stark philosophical difference between automakers in the east and those in the west. Of course, there's a pricing argument at play. But it's more than just the cost of aluminum sheet (shown above) versus steel. Manufacturing an aluminum car requires extensive retooling of existing factories, not to mention new relationships with suppliers and other logistical and financial nightmares. Factor that in with what Reuters calls Asian automaker's preference towards "evolutionary upgrades," and the case for an all-aluminum Accord is a difficult one. Instead, manufacturers in the east are focusing on developing even stronger steel as a means of trimming fat, although analysts question how long that practice can continue. Jeff Wang, the automotive sales director for aluminum supplier Novelis, predicts that we'll see a bump in aluminum usage from Japanese and Korean brands in the next two to three years, and that it will be driven by an influx of aluminum-based vehicles from western automakers into China. Only time will tell if he's proven right. News Source: ReutersImage Credit: Sean Gallup / Getty Images Plants/Manufacturing Honda Hyundai Mazda Nissan Toyota Technology aluminum

Formula One speeds towards radical thousand-horsepower shakeup

The teams, the drivers, the fans, the circuits... few, if any, were satisfied with how Formula One has shaped up since the current regulations took hold last year. But that doesn't mean they aren't working on it. At a recent meeting of the F1 Strategy Group, the leading parties in the sport outlined a new framework that would radically shake up the cars themselves while keeping costs in check. And the biggest change could see the engines producing around 1,000 horsepower. Although a proposal put forth by Ferrari to ditch the current V6 hybrid engines in favor of new twin-turbocharged units was rejected by Honda and Mercedes, the members of the group approved in principal to increase the fuel flow in the existing engines to dramatically boost output. As it stands, the current 1.6-liter turbocharged V6 engines develop around 600 horsepower, with an additional 160 or so kicked in by the electric Energy Recovery System, for a combined output of about 760 hp. What's not clear at the moment is whether the increased fuel flow would necessitate either the return of mid-race refueling (currently banned) or the installation of larger fuel tanks. Red Bull and McLaren also submitted proposals to radically redesign the shape of the cars as well, however a more evolutionary approach was adopted instead. Though far from finalized, the new design would keep the same basic form of the current chassis, but with adjustments to make them more aesthetically pleasing while producing more downforce. Wider tires are also said to be part of the mix. With more power and more grip from the tires and aero, the resulting cars would most certainly end up going much faster than the current ones, which are already starting to nudge the lap records at some of the circuits, many of which were set during the V10 era. The F1 Strategy Group is made up of representatives of the FIA, Formula One Management and six leading teams. The next step will be for the teams' technical directors to iron out how to implement what their bosses have agreed to. If they settle the details fast enough, the revised regulations could be pushed through in time for next season. News Source: AutosportImage Credit: Mark Thompson/Getty Motorsports Ferrari Honda Infiniti McLaren Mercedes-Benz F1