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Hyundai will add Ioniq EVs to WaiveCar car-sharing fleet

Hyundai Motor America will add its Ioniq electric vehicles to a Southern California-based car-sharing fleet that launched earlier this year with Chevrolet Spark EVs. Hyundai reached an agreement with Santa Ana, Calif.-based WaiveCar in which Hyundai will provide 150 Ioniq EVs to the fleet by the time sales begin for the model early next year. Hyundai may add an additional 250 Ioniq EVs to WaiveCar fleets in other cities. WaiveCar is an app-based car-sharing service that debuted in Los Angeles in early 2016. The company offers drivers the cars for free for the first two hours, then charges $6 an hour for more time. WaiveCar also generates revenue via external advertising wraps around the vehicles, and also features geo-located targeted ads. Take a look at Hyundai's press release about the WaiveCar agreement here. Curiously, and somewhat admirably, Hyundai earlier this week went on record as saying the Ioniq's 124-mile single-charge range won't be sufficient in the long haul. The South Korean automaker has vowed to replace the upcoming version with an Ioniq EV for 2018 that will be able to go at least 200 miles on a full charge. That's not a bad move, considering General Motors is preparing to launch its Chevrolet Bolt EV, while Tesla is working on its Model 3. Both of those models will have 200-mile-plus full-charge ranges. Hyundai announced the incoming sales of the Ioniq EV earlier this year. A hybrid version of the Ioniq also debuted in South Korea earlier this year. Overall, Hyundai is looking to debut more than two-dozen hybrids, plug-ins, and fuel-cell vehicles to the world by the end of the decade. Related Video:

We check out Hyundai's HRL exoskeleton, a robotic mobility suit for paraplegics

Hyundai makes some of the largest vehicles in the world – to wit, 185,000-ton ships with 56-foot high engines making power at 84 rpm – but its R&D division has found enough human-factor synergy with autonomous vehicle development that they're now working on robotic exoskeletons. We were recently introduced to two of these devices: the HRL designed to increase mobility and therefore quality of life for paraplegics; and the WEX, designed to assist in repetitive-motion lifting. Both of these machines are powered by replaceable lithium-ion battery packs with a 4-hour run time and 40-minute recharges. The HRL robotic legs are designed for people 64 to 71 inches tall and less than 250 pounds. The aluminum segments are adjustable in centimeter increments over a 10-cm range, and the 22.4-inch width means it would fit in many long-haul aircraft forward seats. With the 4.4-lb battery pack, the HRL weighs about 41 pounds. There are six 50:1 reduction-gear actuators, two pelvic actuators rated at 224 pound-feet of peak torque with 60-degree range of motion, and two hip and knee with 112 lb-ft peak, 180 degrees and twice the rotational speed of the pelvic motors. Twenty sensors control it all with default speed of just under a mile per hour and a top speed of 1.5 mph, and step length can be adjusted by smartphone via Bluetooth. One of the accompanying crutches has four thumb buttons much like a video-game controller, though they're experimenting with simpler inputs including a joystick. The crutch communicates with the leg unit over a few feet of distance via Zigbee wireless protocol, with security layers added for both obvious reasons and to ensure two users in the same vicinity won't transmit to the other's unit. An HRL can help you sit, stand, walk or climb and descend stairs; it will also stand on its own, simplifying the process of putting it on. Your correspondent is outside the design height limits so rather than do any impromptu CG research we deferred to colleague Chris Davies of Slashgear for impressions wearing it: "It grips tightly, the support would be comforting, and it delivers good posture. It does take some getting used to – when it first lifts up a leg to move it forward you do feel like you're going to fall over – but once you establish a gait and stop over-thinking it becomes much easier." Indeed, he never fell over and most who tried established a rhythm within a few minutes, if not a 1.5-mph sprint.

2017 Hyundai Elantra arrives with a host of upgrades [w/video]

We got a great idea of the 2017 Hyundai Elantra's styling when the company revealed it for the South Korean market a few months ago. Now, the US-spec car arrives at the LA Auto Show. The shape is just as expected, but Hyundai has new powertrains and tech in store, too. Hyundai designers simplified the Elantra's look for the latest generation. The sedan's nose now flows down to a hexagonal grille with horizontal slats, and squinting headlights flank it on each side with vertical LED running lights underneath. The new lower air dam leads air to wheel curtains that help lower wind resistance. The profile lacks the heavy sculpting of the current model, but a subtle character line sweeps up across the side for some visual interest. Narrow taillights stretch horizontally across the trunk. Even with the aesthetic changes, the overall size only expands slightly: length grows 0.8 inches to 179.9 inches, width increases an inch to 70.9 inches, and the wheelbase remains 106.3 inches. The interior features a more horizontal layout with metallic trim that runs across the dashboard. There are two infotainment choices beyond the base stereo. A seven-inch Display Audio system includes a rearview camera, and an eight-inch setup also has navigation. Both support Android Auto. Most trims of the 2017 Elantra feature a 2.0-liter four-cylinder that runs on the Atkinson cycle, and it produces an estimated 147 horsepower and 132 pound-feet of torque. Hyundai expects fuel economy ratings of 29 miles per gallon city, 38 mpg highway, and 33 mpg combined with the six-speed automatic. The company also offers a six-speed manual only on the SE trim. The Elantra Eco arrives in spring 2016 with a 1.4-liter turbocharged four cylinder with 128 hp and 156 lb-ft and a seven-speed dual-clutch gearbox. The brand estimates 35 mpg combined with that combo. A much stronger platform is beneath the upgraded design. The Elantra now uses 53 percent advanced high strength steel compared to 21 percent before, and the change allows torsional rigidity to increase 29.5 percent. The engineers also work to improve NVH wherever possible with improvements like a hood insulator, thicker glass, sound-absorbing material, and plastic and rubber bushings for the front subframe. Drivers can order a plethora of driver assistance and safety tech for the 2017 Elantra including Automatic Emergency Braking, Lane Keep Assist, adaptive cruise control and Blind Spot Detection.