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Takata doubling production of replacement airbag inflators

Takata is scrambling to fill the massive backlog of orders for replacement airbag inflators, announcing that a recently completed pair of production lines are only the beginning of a production ramp up. The company has kicked up the pace on the two new production lines at its Monclova, Mexico factory, increasing the plant's production from 300,000 to 450,000 units per month. As AN reports, though, even at that pace, it'd take Takata years to produce enough replacements for the 25 million recalled vehicles. A spokesperson confirmed to AN that, globally, Takata will be producing 900,000 replacement airbag inflators by September. Even at that pace, it'd still take around two years to provide a new inflator for every affected vehicle. That's why other companies, perhaps smelling blood in the water, are providing their own replacements for the faulty inflators. We've already reported on Honda's plans to team with the world's largest airbag producer, Autoliv. Now, though, AN has confirmed that the Swedish supplier is in negotiations to provide millions of additional replacement inflators to other automakers affected by the Takata recall. News Source: Automotive News - sub. req.Image Credit: Carlos Osorio / AP Aftermarket Recalls Honda Safety Takata airbag recall autoliv

Honda spending $13.8 million on hydrogen infrastructure with FirstElement

Honda is partnering with FirstElement Fuel to increase the number of hydrogen refueling stations in California. The two have signed a letter of intent to provide $13.8 of financial assistance that, with some state money, could let FirstElement build "at least 12 stations." This is the second OEM that FirstElement is working with to install H2 stations in California. It signed a deal worth an unspecified amount with Toyota to help build 19 stations. State officials in California have said they are willing to spend $100 million to $200 million to build 100 hydrogen stations in the next few years. Honda says that FirstElement could build "at least 31" or them thanks to automaker and government investment. At some point after March 2016, when its new fuel cell car will go on sale in Japan, Honda will start selling the production version of the FCEV in the US. Honda hasn't disclosed a price, but the fuel cell stack has a power density of 3.1kW/L and a range of 300 miles, combined with a refueling time of three to five minutes. The vehicle is Honda's next step to its target of a 30-percent reduction (based on 2000 levels) in CO2 emissions by 2020 from its US vehicles. Earlier this year, FirstElement said that it expects hydrogen stations to become profitable in about five years. Honda Supporting Growth of California Hydrogen Network with Financial Support to FirstElement Fuel Nov 19, 2014 - TORRANCE, Calif. Honda contribution of $13.8 million will further expand and accelerate the network of public hydrogen refueling stations Funding could enable FirstElement to add at least 12 stations to its California hydrogen network Seeking to expand California's public hydrogen refueling station network as a means to support the wider introduction of fuel-cell vehicles, Honda will provide $13.8 million in financial assistance to FirstElement Fuel to build additional hydrogen refueling stations around the state. Additional state grants, combined with the Honda financing, could enable FirstElement to add at least 12 stations to its California hydrogen network. "FirstElement Fuel is providing a vital piece of what is needed for a successful launch of fuel-cell vehicles," said Steven Center, vice president of Honda's Environmental Business Development Office.

McLaren MP4-X concept shows innovation won't die in F1's future [w/video]

Despite things like turbocharging and kinetic-energy recovery, today's Formula One cars look more or less like the ones that lapped the world's race tracks 20 years ago. Sure, they're much more aero intensive, but the basic look is the same. McLaren, which probably had some serious free time this season considering its misfortunes, has imagined a futuristic F1 car that adopts many innovative and somewhat controversial additions. It's called the McLaren MP4-X, and the most obvious change is the closed cockpit. The death of Jules Bianchi, the accidents involving Maria De Villota and Felipe Massa, and even the death of Ayrton Senna could have all potentially been avoided by adopting a strong closed-cockpit design, like the one advocated here by McLaren. It's also worth pointing out that this design is a boon for aerodynamics. Inside that cockpit, drivers would enjoy an augmented reality display system, sort of like that used by F-35 Lightning II fighter pilots. There'd also be an independent head-up display that McLaren claims could be used to transmit info about race position and flag status. So basically, the kind of data you'd get playing Forza Motorsport or Gran Turismo. Speaking of safety, the MP4-X's entire chassis, beyond the closed roof, would be far safer thanks to the use of "negative-stiffness material structures." Essentially, these materials can soak up the force of an impact and then bounce, for lack of a better term, back into shape. And if you're thinking like we are, this sounds like McLaren wants 900-horsepower bumper cars. Of course, 900 hp is speculation on our end. McLaren is deliberately vague on the powertrain of this concept. Advanced hybrid powertrains aren't surprising, although the team's mention of inductive, wireless charging on tracks sounds like the stuff of Formula E's dreams. In a move that McLaren says "tears up the rulebook," the MP4-X would see a return of ground effects. The underbody would feature enormous venturi tunnels to suck the car to the track. Alongside active aerodynamics that tweak the its shape for turns and straights, this concept McLaren would be both more slippery and offer more downforce than today's cars. There's a lot more on the MP4-X concept than we can talk about here, so head over to McLaren Honda's official website for all the nitty gritty details on this car's advanced systems, including solar cells, advanced tire sensors, and even virtual logos. It all sounds very, very cool.