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Tesla Model S P85D shows 707-hp Dodge Challenger Hellcat how to drag race

Street Car Drags hosted a bang-up event at the Palm Beach International Raceway last weekend, with a list of massive horsepower ICE cars going up against one another and a trio of Tesla Model S P85Ds. One of those duels pitted the 691-horsepower Tesla against a 707-horsepower Dodge Challenger SRT Hellcat, and the result was an old-school beatdown and a world record for electric cars. The Model S P85D ran the quarter in 11.6 seconds at 114.6 miles per hour, the new mark for BEVs at the drag strip. Proving its pace, it ran three more times in 11.69, 11.72 and 11.76 seconds. It got from the start line to 60 miles per hour in 3.1 seconds. The Hellcat, well, it wasn't a race, really. It was the Hellcat's driver's first time at a drag strip and his first time trying to launch it, so after an excellent burnout ahead of the lights, he rolled to the line, almost jumped the start, balked at the real start and spun his tires for the first 100 feet down the strip. The theory is that he overheated his street tires during that burnout, and the resulting greasy rubber did what greasy rubber does. By the time he got to the other end 17.46 seconds later the Tesla driver had showered and was enjoying a funnel cake. When things go right, though, Dodge estimates the Hellcat will do 11.2-second runs on street tires and it has been clocked at 10.85 seconds at 126.18 mph on street-legal drag radials. There's video of the not-quite-a-race above, and Drag Times says there'll be a rematch between the two in a couple of weeks. News Source: Street Car Drags via YouTube Green Motorsports Dodge Tesla Coupe Electric Luxury Performance Videos Sedan drag racing dodge challenger srt hellcat

Recharge Wrap-up: Pikes Peak Honda CR-Z, Tesla's liquid-cooled cable

Honda will race a CR-Z hybrid in the Pikes Peak International Hill Climb. The car will use Electric SH-AWD, which probably means it will be using electric motors to power the rear wheels. Whether the Pikes Peak CR-Z uses the same powertrain as the upcoming Acura NSX or the 3.5-liter V6 with three-motor hybrid system used in the Acura RLX Sport Hybrid is still unclear. The car will also use Acura's Precision All-Wheel Steering (P-AWS) system. The CR-Z will be piloted by Tetsuya Yamano. Read more at Hybrid Cars, or, if you read Japanese, at Response. Tesla has introduced a thinner, liquid-cooled Supercharger cable. While the convenience of not having to "wrestle a good-sized snake into the car," as Elon Musk calls it in a shareholder speech, is wonderful, it could also allow for faster charging in the future. The liquid-cooled charging cable "also has the potential for increased power of the Supercharger long-term," says Musk. A cable able to withstand larger loads could mean shorter stops when it's time for a charge. Tesla has installed the first next-generation cable at the Mountain View Supercharger. Read more at Charged EVs. Smart is offering its Twinamic automatic dual-clutch transmission on more models in Europe. In addition to the 71-horsepower Smart Fortwo, the DCT will now be available in the 90-horsepower Fortwo and the 71-horsepower Forfour. In the Fortwo, the Twinamic DCT adds ˆ1,275 (about $1,437) to the price over the manual transmission, and is an extra ˆ1,425 (about $1,606) in the Forfour. The option of steering wheel-mounted paddle shifters as part of the Sport package makes driving the efficient microcar even more fun. Deliveries of the newly equipped vehicles begin at the end of July. Read more in the press release below. smart extends twinamic range for fortwo and forfour: Even more models with automatic transmission Stuttgart. Following in the footsteps of the smart fortwo with 52 kW/71 hp, the smart fortwo with 66 kW/90 hp and the smart forfour with 52 kW/71 hp are now also available with fully automatic twinamic dual clutch transmission. This costs an extra 1275 euros compared to the versions with 5-speed manual transmission (forfour: 1425 euros). This means that both model series now offer a choice between no fewer than nine engine/transmission combinations. Delivery of the new models will begin at the end of July 2015.

Will the Tesla Gigafactory be too big?

With pro football season about to begin, we thought it appropriate to use a gridiron metaphor: one research firm is estimating that Tesla Motors will outkick its coverage when it comes to the Gigafactory it's planning for the western US, likely Reno, NV. The electric-vehicle maker has said needs the giant battery plant because its annual sales will reach a half-million by the end of the decade. Lux Research is saying the company's EV sales will be closer to about half that. In fact, Lux says, Tesla will have to sell much of its battery-pack production to either other automakers or to entities such as solar-panel makers for their stationary-battery needs because of overcapacity. And with Panasonic footing the bill for a good chunk of the estimated $4-5 billion pricetag for the plant, the battery maker will also be taking a bit of a bath, at least for the first few years. Tesla has said its Gigafactory will help it cut battery costs by about 30 percent by 2020, and could have it up and running as soon as 2017. Tesla spokeswoman Alexis Georgeson said in an e-mail to AutoblogGreen that the company wouldn't comment on the Lux Research report (they're probably busy preparing for this afternoon's Nevada announcement) but you can still take a look at Lux Research's short summary of the report called The Tesla-Panasonic Battery Gigafactory: Analysis of Li-ion Cost Trends, EV Price Reduction, and Capacity Utilization below. The Tesla-Panasonic Battery Gigafactory: Analysis of Li-ion Cost Trends, EV Price Reduction, and Capacity Utilization August 13, 2014 | State of the Market Report Tesla Motors has found initial success in the luxury electric vehicle market, and will look to capitalize on that momentum through aggressive expansion, planning a new 35 GWh lithium-ion (Li-ion) cell production facility. Dubbed the "Gigafactory," it poses a tremendous risk for Tesla and its partner Panasonic, and herein we analyze whether the $5 billion investment is justified by electric vehicle (EV) sales volumes and the interrelated question of breaking through the price floor for Li-ion batteries. We find the Gigafactory will only reduce the Tesla Model 3's cost by $2,800, not enough to truly influence whether this lower-cost EV will be a success or not.