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Recharge Wrap-up: BMW Next 100 video, how Nissan "tops off" battery

BMW explains the ideas behind its Vision Next 100 concept car that debuted at the Geneva Motor Show. As BMW celebrates its 100th birthday, it wants to look into the future rather than dwell on its past. This involves the digital and analog worlds working together "to create a seamless experience." Hence the "live geometry," wherein physical parts of the car move to translate digital information to the driver. The video also gets into the future of driving modes, like "Ease," for more autonomous driving, and "Boost," for when the driver wants to take control to enjoy some motoring the good, old-fashioned way. Check out the video above, and read more from Hybrid Cars. Nissan has managed to find a way to boost the range of EV batteries inspired by pouring a glass of beer. The automaker has found that after a full charge, one can wait a few minutes for subsequent "minicharges" to "top off" the battery. The voltage dips slightly, much as the foam does on a pint of beer, allowing the battery to accept some more juice. The result is an extra 0.7 percent of energy, which could mean just enough extra range to reach the next charging station. Read more from Automotive News. Hyundai has delivered its first Tucson Fuel Cell in Ontario, Canada. The lucky recipient is Joseph Cargnelli, Chief Technology Officer of Hydrogenics Corporation, a company based on hydrogen technology. The expansion into Ontario follows Hyundai's trial of six Tucson Fuel Cell vehicles in the Canadian province of British Columbia. Read more at Green Car Congress. Toyota has entered a public-private partnership to test an end-to-end hydrogen supply chain in Japan. The collaboration with the Kanagawa Prefectural Government, the municipal governments of the cities of Yokohama and Kawasaki and three private companies to create renewable hydrogen to power forklifts. It will use wind energy to electrolyze hydrogen, which will then be shipped to a factory, a vegetable and fruit market and two warehouses to be used in the fuel cell-powered vehicles. This supply chain is expected to reduce CO2 emissions by 80 percent compared to traditionally fueled forklifts. Read more from Toyota. Related Gallery BMW Vision Next 100 Concept News Source: Hybrid Cars, YouTube: BMW, Automotive News, Green Car Congress, Toyota Green BMW Hyundai Nissan Toyota Concept Cars Electric Hydrogen Cars Videos recharge wrapup

2018 Mitsubishi Eclipse Cross vs. small crossover SUVs: How they compare on paper

In the midst of the crossover SUV boom, each traditional size segment has become saturated. As a result, automakers are beginning to fill the gaps that separate classes, giving us some interesting in-between options. The all-new 2018 Mitsubishi Eclipse Cross jumps right into one of those in-between categories bookended by compact and subcompact crossovers. It's a niche that offers more space and feature content than the smallest vehicles, with an extra dose of style and a lower price than bigger ones. Because of the Eclipse Cross' in-between nature, though, there's not really an obvious direct competitor. As such, we've selected a diverse group of small crossovers that are similar to the Eclipse Cross in some but not all key areas: size, price, feature content, style and likely buyers. The 2018 Subaru Crosstrek, 2018 Toyota C-HR and 2018 Nissan Rogue Sport each have elements in common, but are different enough to provide useful points of comparison. A chart of specifications and key standard features is shown below, followed by more in-depth analysis. And if you wish to compare these crossovers with others not listed, be sure to check out our comparison tools. Engines and Drivetrains One of the Eclipse Cross' biggest advantages in this segment will be its engine. Subcompact crossovers, including the other three we've chosen, are sluggish to say the least. This new Mitsubishi should be different as it packs a turbocharged 1.5-liter four-cylinder that belts out a whopping 184 pound-feet of torque. We say whopping, because the C-HR, Crosstrek and Rogue Sport all have between 139 and 147 pound-feet. Horsepower is similarly unimpressive at just 152 horsepower - the same as the Crosstrek - but that torque should make passing and on-ramp runs much more satisfying. The appeal of crossovers for many people is the availability of all-wheel-drive, and this is where the Subaru gets an advantage. Like with all Subarus that aren't a BRZ, the Crosstrek has standard all-wheel drive. The Mitsubishi comes close, making all-wheel drive standard on every trim level except the very base ES trim level. On the Rogue Sport, all-wheel drive is an option on all trim levels. Depending on where you live, though, being able to have front drive on a high-trim crossover could be a plus because it will save some money and improve fuel economy. The C-HR loses this battle as it's only available with front-wheel drive.

More head-up displays are coming to a dashboard near you

With the exception of Apple products — $1,000 for a freakin' smartphone? — one great thing about tech is you typically get more for your money with each passing year. This is particularly true with automotive tech: Features like driver assists and surround-view cameras that were once exclusively available in luxury vehicles now come standard even on some economy cars. The same thing is slowly happening with head-up displays (HUD). For example, the 10-inch HUD in the 2018 Toyota Camry is one of the largest and best HUDs I've seen in any car. And a big improvement on the much smaller HUD in the latest Toyota Prius. Mazda is another mainstream brand that offers HUDs in several of its vehicles. But instead of embedding expensive components in the dash and using a special windshield, the HUDs in the Mazda3 and Mazda6 use a thin plastic lens that folds down when not in use. MINI has a similar solution, but this low-cost approach has limits in terms of size and position of the images compared to traditional HUDs that use the windshield as a screen. We're also starting to see similar lens-based aftermarket options that can be added to any car. Last year I tested a portable HUD called Navdy that taps into a car's OBD-II port to provide info on speed and RPM and uses built-in GPS and Google Maps to show the surrounding area, display speed limits and route you to your destination. Navdy also connects to an Android or iOS smartphone via Bluetooth to display data from phone calls, texts and music playing on a connected device, and it's simple to use and easily visible in almost any lighting condition. While Navdy is still available online, late last year the company ran into financial difficulties, and product support has been halted. I recently tested a new portable HUD called Hudly that's not quite fully baked and falls short of Navdy because it doesn't tap into an OBD-II port. Since a companion smartphone app for Hudly isn't scheduled to launch until next month, for now it only mirrors what's on a smartphone. So it can be used for nav and other apps, and its features are very limited. Between automakers adding HUDs in more reasonably priced cars and the aftermarket filling in the gaps for existing vehicle owners with add-ons, the technology is becoming more prevalent and affordable. And it's also getting better.