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Top 10 small cars with the longest total driving range

Editor's Note: Since this article was originally posted in the spring of 2015, much has changed in the automotive landscape, especially among those shopping for small car economy. With thanks to Volkswagen for their blatant cheating – and subsequent cover-up – on diesel emissions, the largest player in the diesel passenger car segment isn't playing – they're paying; billions are going for both car buybacks and federally-imposed penalties. And for a few VW execs there exists the very real possibility of jail. With the absence of a big player and the abrupt entrance – via Chevy's new Bolt – of an affordable EV with 200+ miles of range, we've limited the diesel listings to Jaguar's new XE. And for those wanting an updated look at efficiency and range, Autoblog has it – or the EPA has it. Long before electric vehicles were part of the mainstream conversation, car lovers and skinflints alike would boast about the total range of their vehicles. There's something about getting farther down the road on one tank of gas that inflames the competitive spirit, almost as much as horsepower output or top speed. Of course, the vehicles with the very best range on today's market are almost all big trucks and SUVs; virtually all have the ability to carry massive reserves of fuel. Top up a standard Chevy Suburban and you can expect to travel almost 700 miles (you'll need to stop before the Suburban stops...), while a diesel-fed Jeep Grand Cherokee manages almost as many. But what about vehicles that are smaller? The EPA has, essentially, three classifications for 'small' vehicles: Minicompact, Subcompact and Compact. All three are measured based on interior volume, meaning that some cars with rather large exterior dimensions and engines slot in next to traditional small cars. But even though impressive GT coupes from Porsche, Bentley and Mercedes-Benz may have much larger gas tanks to feed their powerful engines, that capacity is offset by higher rates of consumption... in most cases. We used the EPA's Fuel Economy Guide for model year 2017 cars as a start, calculating the official highway miles per gallon rating with each vehicle's tank capacity. The resulting numbers aren't necessarily real world, but they do offer a spectrum for total theoretical range. The eventual top ten surprised me on a few occasions, and comprised quite a varied list of vehicles. 10.

Honda Performance Development reveals new ARX-04b LMP2 coupe

Make no mistake about it: Honda is big in racing. It was the first Japanese automaker to enter Formula One, remains the most successful and is set to return as an engine supplier next season. It's powered more IndyCar race winners and champions than any other manufacturer, hands down. Honda has won races and titles in Super GT, WTCC, even motorcycle racing. Just about everything this side of NASCAR, really. And that includes endurance sports car racing.
In fact Honda Performance Development prototypes claimed over 70 victories and numerous titles in the American Le Mans Series, and took the first LMP2 title in the FIA World Endurance Championship. And with sportscar racing in the US now grouped together into the United SportsCar Championship, Honda is back with a new chassis design.
Called the ARX-04b, it's Honda's first closed-cockpit LMP2. Like previous LMP2 and IndyCar projects, it's a joint development between HPD and Wirth Research, and packs Honda's HR28TT engine - a 2.8-liter twin-turbo V6 based on (and using many of the same components as) the J35 engine you'd find in a contemporary Acura. Designed to exceed the latest safety regulations, the ARX-04b features low-drag bodywork, quick-change front and rear panels, the same locking fuel filler system that Honda pioneered for Indy, top-exit exhaust to meet noise regulations, a 75-liter fuel tank and a gearbox that can easily be optimized for individual circuits.

Honda working on 'power exporter' to go with fuel-cell vehicle

The bad news, as we've previously reported, is that Honda's first production hydrogen fuel-cell vehicle won't debut until 2016, a bit later than expected. The good news is that the automaker may produce a device that will let that FCV's motor power up other devices as well. So it's a tradeoff of sorts. The company is producing what it calls the Power Exporter Concept. Put simply, it's a device that can connects to the fuel-cell vehicle and produce AC power (the picture makes it look fairly small, but dimensions weren't disclosed). The device has a maximum output of 9 kilowatts. Honda isn't saying much else about the device, which was announced along with further details of the company's upcoming fuel-cell concept vehicle. Still, it's heady yet not terribly surprising stuff from a company that's long been a big player on the portable power generator industry. Honda recently said its first production fuel-cell vehicle would see the light of day in early 2016 instead of 2015. The futuristic-looking vehicle will have a power output of about 130 horsepower and will be able to have its hydrogen tank filled up in less than five minutes. Take a look at Honda's press release below. Honda Unveils All-New FCV CONCEPT Fuel-Cell Vehicle - Striving to Realize a CO2-free Society by Combining FCV with an external power feeding device and Smart Hydrogen Station - TOKYO, Japan, November 17, 2014 - Honda Motor Co., Ltd. today unveiled, for the first time in the world, the Honda FCV CONCEPT, a concept car for an all-new fuel-cell vehicle (FCV), and the Honda Power Exporter CONCEPT, a concept model for an external power feeding device that enables AC power output from the FCV with maximum output of 9 kW*1. The all-new FCV that will be based on this concept model is scheduled to go on sale in Japan by the end of March, 2016 and subsequently in the U.S. and Europe. In addition to the FCV and external power feeding device, Honda will further promote the application of the Smart Hydrogen Station (SHS), a packaged hydrogen station unit that adopts Honda's original high-differential-pressure electrolyzer. In this way, Honda will work toward the forthcoming hydrogen society under three key concepts – "generate," "use" and "get connected" – and strive for the early realization of a CO2-free society.