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Honda CR-Z gets much-needed supercharger

Honda has really taken its time in getting an aftermarket supercharger kit for the CR-Z to enthusiasts in the US. It's finally on sale, though, and it makes you wonder if the hybrid hatchback shouldn't have had it from the day it went on sale.
The supercharger kit developed by Honda Performance Development boosts output from the CR-Z's 1.5-liter, four-cylinder engine to 197 horsepower and 176 pound-feet of torque, according to Honda spokesperson Jessica Howell, an improvement of 67 hp and 36 lb-ft. It also adds an air-to-air intercooler, high-flow fuel injectors, a recalibrated ECU and new air filter for $5,495, before installation. However, the setup only works for six-speed manual transmission models from the 2013 and 2014 model years. If you want to take things even further, HPD is also offering an optional limited slip differential for $1,375 and sport clutch for $640, according to Howell.
Development of the supercharger kit has been ongoing for years. We first saw it on the CR-Z Mugen RZ in 2012 in Japan, in which it barely bumped power to 153 hp. Later at SEMA, Honda improved things to a more respectable 185 hp. Then in 2013, we actually got to drive an early version boasting 190 hp and found it a solid improvement over the stock powertrain. It appears Honda had some further tweaks to get things to the current 197 ponies. More good news: assuming you get the package installed at a dealer, the car maintains the balance of its 5 year/ 60,000 mile Honda limited powertrain warranty.

Why Honda of America won't fit 2014 Fit models with start/stop

One of the most recent yet notable additions to the modern vehicle's growing suite of fuel-saving technologies is the humble start-stop system. It's rather simple - when the vehicle is stopped, the engine shuts off. It then fires back up when the driver starts to take his foot off the brake or step on the clutch. For one of the most important fuel sippers of the year, though, start-stop tech is a no-go.
Honda will not be offering the system on the North American-spec, non-hybrid Fit despite it being a standard item on both the hybrid (pictured above) and gas-only Japanese domestic models. According to Honda, it's ostensibly due to the momentary lag, that occurs when the gas engine re-fires and power is available. The start-stop-equipped Fits "will lose at stoplights to V6s," Nobuhiko Shishido, the lead powertrain engineer for the Fit, told Automotive News. This is just an observation on our part, but unless the new Fit turns up with dramatically more than the current car's 117 horsepower, it'll "lose at stoplights" regardless of whatever fuel-saving features are fitted.
The other issue Honda sees is more realistic. In the world of the EPA, stop-start systems are not taken into account in fuel economy testing. That makes the cost-adding technology a tough sell for US consumers who are forced to take a dealer's word on real-world economy gains over the milage numbers on the window sticker. That said, wouldn't it at least make sense to offer start-stop as an option? Have your say in the Comments below.

180,000 new vehicles are sitting, derailed by lack of transport trains

If you're planning on buying a new car in the next month or so, you might want to pick from what's on the lot, because there could be a long wait for new vehicles from the factory. Locomotives continue to be in short supply in North America, and that's causing major delays for automakers trying to move assembled cars.
According to The Detroit News, there are about 180,000 new vehicles waiting to be transported by rail in North America at the moment. In a normal year, it would be about 69,000. The complications have been industry-wide. Toyota, General Motors, Honda and Ford all reported experiencing some delays, and Chrysler recently had hundreds of minivans sitting on the Detroit waterfront waiting to be shipped out.
The problem is twofold for automakers. First, the fracking boom in the Bakken oil field in the Plains and Canada is monopolizing many locomotives. Second, the long, harsh winter is still causing major delays in freight train travel. The bad weather forced trains to slow down and carry less weight, which caused a backup of goods to transport. The auto companies resorted to moving some vehicles by truck, which was a less efficient but necessary option.