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Takata air bag recall list

The National Highway Traffic Safety Administration confirmed yesterday that 33.8 million vehicles with Takata airbags are going to be recalled. It's the largest recall in automotive history. The already record-breaking rate of automotive recalls this year shows no signs of slowing down, especially since millions of cars with defective airbags made by global supplier Takata are under ongoing scrutiny. The federal government is warning owners that inflator mechanisms in the air bags can rupture, causing metal fragments to fly out when the bags are deployed. The faulty air bags have already been blamed for multiple deaths. How do you know if your vehicle is safe? The National Highway Traffic Safety Administration released an updated list of vehicles under recall. Sometimes however, the government's website will crash and the list may not be complete. Check your VIN at the NHTSA website to make sure. The list of cars affected by the recall has not been released, but seem to span multiple models over the years for many of the automakers.

Mitsubishi's crossover plan: New model coming to Geneva, Outlander PHEV finally on the way

Mitsubishi announced last night that it will be concentrating on crossovers for the foreseeable future (which includes leaving the Lancer behind). That future starts at this year's Geneva show, where the company will reveal a completely new small crossover. This new vehicle, the name of which Mitsubishi didn't reveal, is planned to reach dealers in early spring of 2018. It will feature a new version of Mitsubishi's All Wheel Control (AWC) all-wheel drive and a new turbocharged engine that we're told was designed completely in-house. We expect the new crossover to share cues with recent Mitsubishi concepts, including the eX Concept and Ground Tourer, since Mitsubishi's general manager of design strategy Kazuo Yano said they will set the tone for future Mitsubishis. Don Swearingen, executive vice president and COO of Mitsubishi in North America, said this new vehicle is the "best vehicle Mitsubishi has ever produced." That may not be the tallest order given the automaker's recent models, but it's definitely a good goal. As for the size of this new crossover, it will probably be comparable to the current Outlander Sport. The plan is that the Outlander Sport and Outlander will be changing sizes in the coming years. The former will shrink and the latter will grow, leaving space in the middle for the new small crossover. There will be an awkward overlapping period, though, since we're told both Outlander flavors are scheduled for a mild refresh sometime next year that won't include size changes. The resized Outlander models will come sometime after that refresh. (If we're lucky, one will get a new name to reduce confusion, especially with a new model sitting between them.) Speaking of Outlanders, we now know when we will finally get the Outlander PHEV, a variant that has been promised and re-promised for years now. A Mitsubishi PR representative said that the plug-in hybrid crossover will be on sale in the US sometime in the next fiscal year. (For reference, Mitsubishi's current fiscal year ends this March.) Swearingen said it will also make its official debut later this year. So after many, many delays, the US will finally see Mitsubishi's plug-in crossover. We'll see if it's as big a sales success here as it is in Europe. Related Video: Featured Gallery Mitsubishi eX Concept: Tokyo 2015 View 9 Photos Green Geneva Motor Show Mitsubishi Crossover Economy Cars Hybrid 2017 Detroit Auto Show

Recharge Wrap-up: Phoenix Cars delivers ZEUS to Navy, Volt saves gas compared to i-MiEV

Phoenix Cars has delivered its first Zero Emissions Utility Shuttle (ZEUS) flatbed truck to the US Navy. The electric flatbed will be used to transport maintenance materials around Naval Base Ventura County Port Hueneme. The Phoenix ZEUS features a 100-mile range, and can charge in just three hours. It also features vehicle-to-grid technology and direct power capability, allowing it to function as a mobile power station. ZEUS customers enjoy an eight-year/300,000-mile battery warranty and round-the-clock technical support from Phoenix. Phoenix launched an electric passenger shuttle last year, and years ago worked on an electric sport utility truck before shifting over to larger vehicles. Read more in the press release from Phoenix Cars. A man found that he used less gas by trading in his Mitsubishi i-MiEV for a Chevrolet Volt. Ben Rich saved fuel in part by using his Volt for road trips rather than needing to rent cars. Rich also found other benefits to driving a Volt, including more comfort, more freedom of movement and less range anxiety. Rich often had to turn off the heat in the winter to eke out precious miles in the Mitsubishi, which he needn't do in the Chevy, though he did have a gripe about the Volt using the gas motor to warm the car. Read more at Green Car Reports. EV drivers using the ChargePoint network have traveled over 196 million miles without gasoline. ChargePoint has tallied over 9 million charging sessions for a total of 65 gigawatt hours of energy. Based on national efficiency averages of three miles per kWh and 23.9 miles per gallon, this has saved 8.2 million gallons of gasoline and 60 million pounds of CO2. This accounts for what ChargePoint calls a "huge environmental impact." Read more in the release from ChargePoint below. The Environmental Impact of ChargePoint Drivers Campbell, Calif.– We all know electric vehicles (EV) have enormous environmental advantages over gas vehicles. Plug-in EVs reduce carbon-based greenhouse gases, improve air quality and reduce our dependence on fossil fuels. EV drivers on the ChargePoint network have had a huge environmental impact. With over 9 million charging sessions delivering 65 gigawatt hours of energy, EV drivers have avoided over 60 million pounds of CO2 and 8.2 million gallons of gasoline, and driven over 196 million gas-free miles. *Based on national averages: EV efficiency of 3 miles per kWh, gas efficiency of 23.9 mpg and a net savings of 0.924 pounds of CO2 per kWh.