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Hyundai will invest $35 billion in autonomy and emerging technologies

SEOUL — Hyundai Motor Group said it plans to invest $35 billion (41 trillion won) in mobility and other auto technologies by 2025, part of which will be directed to an ambitious effort to become more competitive in self-driving cars that has also received government backing. The plan, which Hyundai said encompasses autonomous, connected and electric cars as well as technology for ride-sharing, comes after the automaker and two of its affiliates announced an investment of $1.6 billion in a venture with U.S. self-driving tech firm Aptiv. South Korea's government is also onboard, unveiling more funding for autonomous vehicle technology with President Moon Jae-in declaring on Tuesday that he expected self-driving cars to account for half of new cars on the country's roads by 2030. "The self-driving market is a golden market to revitalize the economy and create new jobs," Moon said in a speech at Hyundai Motor's research center near Seoul. The government intends to spend 1.7 trillion won between 2021 and 2027 on self-driving technology. It expects Hyundai to launch level 4, or fully autonomous, cars for fleet customers in 2024 and for the general public by 2027, an industry ministry official told Reuters. But some experts question whether targets set by the government and the automotive group, which also includes Kia Motors, are realistic given the technological and cost challenges and the lack of home-grown technology. In a 45-page report on future automotive technology, the government acknowledged South Korea lags in some key areas necessary for self-driving cars such as artificial intelligence, sensors and logic chips. "Hyundai has to buy technology from someone else because it lacks software technology. Even though it has a lot of cash, this could become a financial burden if its earnings deteriorate," Esther Yim, an analyst at Samsung Securities, said. Other analysts noted that the prospects for self-driving cars are quite murky. General Motors' self-driving unit, Cruise, said in July it was delaying the commercial deployment of cars past its target of 2019 as tech firms and automakers acknowledge it will take more time and money than they had expected to make autonomous vehicles safe for unrestricted use on public roads. South Korea's government said it would prepare a regulatory and legal framework for autonomous cars and the safety questions they pose by 2024.

Hyundai FE Fuel Cell Concept previews next year's hydrogen SUV

For a while and without too many specifics, Hyundai has been talking about a new hydrogen powered CUV or SUV to replace the Hyundai Tucson Fuel Cell. Now, in Geneva, the Korean automaker has given us a preview of that vehicle: the Future Eco (FE) Fuel Cell Concept. The FE Fuel Cell definitely looks like a concept car, with a clean, flowing look Hyundai says is inspired by water, which happens to be this car's only tailpipe emission. It has a sturdy stature, with the large wheels pushed to the corners. Aerodynamic touches help make it more efficient, and add to its fresh design. Let's hope the production vehicle keeps some of these visual cues. Inside the car, an internal air humidifier recycles some of those water emissions inside the cabin's atmosphere. The FE Fuel Cell Concept also has portable battery packs for powering passenger devices, and the trunk is built to stow and charge an electric scooter to help you go that last mile. The FE's hydrogen fuel cell technology improves upon the Tucson Fuel Cell by being lighter and more efficient, with a fuel cell stack with 30 percent greater energy density. That means more range. Driving range is, of course what sets FCEVs apart from other zero-emissions vehicles, and the FE Fuel Cell has plenty of that to go around. "We have designed the car to run the longest distance ever achieved by a fuel cell vehicle," says Hyundai Vice Chairman Dr. Woong-Chul Yang. It'll go about 500 miles on a full tank of hydrogen, which is especially helpful while fueling stations are still few and far between. Hyundai expects to launch the production SUV inspired by the FE Fuel Cell Concept in early 2018. 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.