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2018 Hyundai Kona Ultimate 1.6T Review | The muscle has arrived

The 2018 Hyundai Kona sure is a breath of fresh air. To date, if you were looking for a subcompact or "B-segment" SUV, it was probably going to be a bit dreary to drive with a slow, undesirable powertrain. Mazda's CX-3 is an exception, but its tiny interior is even more Miata-inspired than its driving experience. Really, everything in the segment has at least one fundamental flaw that makes it tough to recommend, and although the new Kona certainly isn't flawless, it's the first member of the segment to provide abundant power, all-wheel drive and a transmission that isn't depressing. After driving a Kona 1.6T AWD for a week, I found it to be pleasantly well-rounded, surprisingly good to drive, and just as competitive as our on-paper comparison suggested it might be. First, though, the engine. The Kona's standard 147-horsepower naturally aspirated four-cylinder is perfectly competitive in terms of power, and isn't saddled with a CVT or the Jeep Renegade/Fiat 500X's nine-speed box of highly confused gears. That amounts to a win, but the engine to get is the 1.6-liter turbo-four good for 175 hp and 195 pound-feet of torque. That's more than a Volkswagen Golf, and although this Hyundai mill sounds too much like a growly sewing machine under light acceleration, it's an acceptable tradeoff for acceleration that blows the doors off everything in the segment except the 201-hp Kia Soul "!" trim (and that car is front-wheel drive only). Testing from various publications indicates 0-60-mph times in the mid-to-upper-6-seconds range, which would be about 3 seconds quicker than just about everything else in the segment. Some are even in the 10s. That vast difference is one you'll immediately notice on back-to-back test drives, and an advantage you'll be happy to have in the long run when you consider its estimated fuel economy of 27 mpg combined is equal to the 147-hp base engine – and better than most in the segment. It's paired to a seven-speed dual clutch automated manual that's been been smoothed over from earlier Hyundai/Kia applications, no longer herking and jerking at low speeds, and more responsive to throttle inputs. That's the case regardless of the selected driving mode. In past Hyundai/Kia efforts, Normal could be too lethargic, while Sport could feel over-caffeinated. Here, they're actually appropriate for the situations their names imply.

Recharge Wrap-up: Peugeot eF01 folding e-bike, Australia orders Hyundai FCEVs

Australia has ordered 20 hydrogen powered vehicles from Hyundai. The Australian Capital Territory Government in Canberra will take delivery of the fleet of Hyundai's next-generation fuel cell vehicles (set to replace the Tucson Fuel Cell in 2018) for its Renewable Transport Fuels Test Berth project. As part of the program, the vehicles will be powered by hydrogen made with a Siemens Silyzer System with electricity from Hornsdale Wind Farm in South Australia. The Siemens refueler is capable of powering over 1, 000 fuel cell vehicles each averaging 14,000 miles per year. Read more from Hyundai. Peugeot has unveiled its eF01 electrically assisted folding bike. Meant to facilitate multimodal travel, Peugeot's eF01 folds up quickly to be thrown in the trunk of a car, carried on public transport, or wheeled in its folded position while walking. It's a little hefty, at 37 pounds, but its compactness helps make up for that. It can be charged in the cargo area of any vehicle with a 12-volt outlet, so it's ready to provide 18 miles of electric assistance at speeds of up to 12 mph. It can also communicate with a smartphone via Bluetooth to show current charge and range. Read more from Peugeot. A123 Systems will collaborate with Argonne National Laboratory to create safe, better performing lithium-ion batteries. The partners will focus on cathode technology in order to increase energy density and durability in order to improve the driving range of electric vehicles. A123 expects to increase energy density and range by more than 60 percent over its current offerings. "Working with Argonne will further advance our already strong presence in plug-in vehicles and support the increasing market demand globally," says A123 Systems CEO Jason Forcier. "We look forward to expanding our customer base as we offer increasingly greater range to our plug-in vehicle programs without compromising on the life and safety performance that the market has come to expect from A123." Read more in A123's press release. Featured Gallery Peugeot eF01 Folding E-Bike Related Gallery 2015 Hyundai Tucson Fuel Cell: LA 2013 View 19 Photos News Source: Hyundai, Peugeot, A123 Systems Green Hyundai Peugeot Alternative Fuels Bikes Electric Hydrogen Cars recharge wrapup

2019 Hyundai Nexo fuel-cell debuts in California by year’s end

Hyundai will make its 2019 Nexo hydrogen fuel-cell crossover available in California by end of the year, and while it still hasn't announced pricing, it said the vehicle will be sold at Hyundai dealerships in Van Nuys and Tustin in Southern Cal, with a San Jose dealer coming online in early 2019. Read Autoblog's Quick Spin review of the 2019 Nexo here. The Nexo is the replacement for the Tucson Fuel Cell, which it leased to customers and use to log testing miles in 18 countries. Considered the second generation of Hyundai's fuel cell car, the Nexo boasts an estimated range of 380 miles, 115 more than its predecessor, in the Nexo Blue trim, with an estimated MPGe of 65 miles in the city, 58 on the highway and 61 combined. The Limited model offers a slightly more, uh, limited driving range of 354 miles and an estimated MPGe of 59/54/57. The EPA has yet to publish official fuel-economy ratings. Power and acceleration are also improved to 161 horsepower and 291 pound-feet of torque. Hyundai developed the Nexo on its own dedicated architecture, which it says weighs less (though how much is not known), offers an improved power-to-weight ratio, and delivers a 20 percent faster 0-60 mph sprint time at a not-particularly blistering 9.5 seconds over the Tuscon. Despite the three hydrogen tanks, they take up less total space than the Tucson FCEV, so rear cargo volume is increased by nearly 6 cubic feet to 29.6 cubic feet, with the battery relocated to the trunk. The Nexo is also longer by 10.3 inches and wider by 1.5 inches, with a longer wheelbase, though it's shorter by 1 inch. Overall power increases to 135 kilowatts, with a slightly less energy-dense fuel cell but a battery pack that jumps by 16 kW to 40 kW. The Nexo also gets a host of driver-assist technologies, like forward collision-avoidance assist, high-beam assist and what it calls remote smart parking assist, which enables the car to autonomously park or retrieve itself from either a parking space, including parallel slots and rear-first parking spaces. Related Video: