2004 Ford Explorer Xlt Sport Utility 4-door 4.0l on 2040-cars

Auto blog

Ward's calls out Ford's EcoBoost engines for their crummy fuel economy

With a name like EcoBoost, one might expect Ford's line of turbocharged engines to be somewhat, um, economical. In other words, replacing displacement with a turbocharger is supposed to deliver better fuel economy. Based on the experience time and time again of multiple Autoblog editors, your author included, this is simply not the case. Now, Ward's is calling out the cruddy efficiency numbers of Ford's EcoBoost line of engines. The column dresses down not just the new 2.7-liter V6 of the 2015 F-150, but also the 2.3-liter of the Mustang, the 1.5-liter from the Fusion and the 3.2-liter PowerStroke diesel found in the Transit, while also explaining why just one Ford engine was named to Ward's 10 Best Engines list. In its testing of all four engines, Ward's editors never came even remotely close to matching the 2.7's claimed 26 miles per gallon (for two-wheel-drive models), with the truck's computer indicating between 17.6 and 19 mpg over a 250-odd-mile run. Calculating the fuel economy manually revealed an even more depressing 15.6 miles per gallon. Criticisms with the 2.3-liter four-cylinder focused on its strange soundtrack, although it was business as usual with the 1.5-liter and 3.2 diesel, with Ward's criticizing the fuel economy of both engines. The 1.5, which Ward's claims is sold as a hybrid alternative, failed to get over 30 miles per gallon, while the five-cylinder turbodiesel's figures couldn't stand up against FCA's 3.0-liter EcoDiesel. The entire column really is worth a read, especially if you were disappointed in Ward's decision to only salute Ford's three-cylinder EcoBoost while shunning the rest of the company's new turbocharged mills.

These cars are headed to the Great Crusher In The Sky

It happens every year. We bid adieu to some cars and trucks that will be missed, and say good riddance to others wondering how they stayed around so long. Whether they're being killed off for slow sales or due to a new product coming along to replace them, the list of vehicles being discontinued after 2012 is surprisingly long and diverse.
CNN Money has compiled a list of departing vehicles, to which we've added a few more of our own. In the slow sales column, cars like the Lexus HS 250h, Mercedes-Benz R-Class and the full Maybach lineup appear, while the Ford Escape Hybrid, Mazda CX-7 and Hyundai Veracruz are all having their gaps filled with more modern and more fuel-efficient alternatives. Obvious exceptions to the rule include models that still sell in decent numbers like the Jeep Liberty and the Chrysler Town & Country (which will eventually be replaced by a crossover-like vehicle).
Check out our gallery of discontinued cars above, then scroll down for more information.

Top torque-to-weight ratios under $100k, $50k and $25k

Horsepower may steal a lot of headlines, but the always-more-complex torque figure is often a critical one for both the workingman and the motoring playboy. The measure of rotational force represents the twist that can liquefy one's tires or haul one's horse trailer. Good stuff.
It follows then, that as with the horsepower-to-weight list that we assembled for you a few months ago, a list of cars that offer the most pound-feet with the fewest pounds to carry, is an interesting one to break down. Sure, there's a big difference in how the torque is applied from a turbocharged six-cylinder in a Swedish luxury sedan and a massive heavy-duty truck's turbo-diesel. But being the car/stat geeks that we are, we think it's kinda neat that those two vehicles rank near each other where torque and weight intersect.
As with the horsepower list, we've given you figures as pounds per every one pound-foot. Again broken down into broad price categories, we've got a mixed bag of 2014 and 2015 models here, too. Every effort has been made to select the most up-to-date prices and specs, and we've also to omitted some '14 cars that won't be re-upped after the ongoing yearly changeover.