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Hyundai needs to make the Ioniq Scooter

In the mad rush that is an auto show press conference, sometimes the coolest stuff is sometimes barely mentioned, and often overshadowed, by the bigger news. Hyundai's awesome Ioniq Scooter concept is a perfect example of this. Revealed at this year's CES, it was given just 45 seconds of talk time in a 45 minute conference. The scooter's sleek design and clever charging spot struck me as the one of the most practical and fleshed out mobility solutions on display at the show. Now I'm on a one-man mission to convince Hyundai to build it. The Ioniq Scooter is a compact, collapsible, and lightweight electric scooter that (and this is my favorite part) stows and charges in the door pocket of the upcoming Hyundai Ioniq. You can park your car, pop out the scooter and ride what's referred to in the mobility industry as the "last mile." Driving is usually the easiest part of any journey. Roads are all connected and relatively easy to navigate. Everything after that - parking, walking, etc. - often takes just as much time and effort as driving. The scooter helps solve this problem. View 6 Photos For me, the little electric scooter was the best thing in Hyundai's sci-fi filled booth. The automaker brought out two working robot exoskeletons and a car concept that is literally meant to be built into your home. There was an autonomous Ioniq giving test rides down the Las Vegas strip. Despite all of that, all I wanted to do was break the glass case holding the scooter silently ride away. In person, the Ioniq scooter appears relatively lightweight and extremely compact. It's partially constructed from carbon fiber and has a small display that shows battery life, speed, and range. You use a small knob on the handle bar to accelerate and brake. Alternatively, you can slow down by pushing a pad over the rear wheel, just like on a kick scooter. Top speed is 12 mph and the total range is about 12 miles. It's unclear if the battery can be swapped out to extend the distance before recharging. The Ioniq scoter is just a prototype, so we have no idea how much it would cost to put it into production or if Hyundai has any plans to even do so. What we do know is that a working prototype exists and that we would love to get a chance to ride it. Like our endeavor to drive a Citroen C4 Cactus, I'm on a mission to ride the Ioniq scooter. In my eyes, this scooter is the modern equivalent to a Honda Motocompo, but more practical.

Hyundai admits 124-mile Ioniq EV is 'not enough'

The Hyundai all-electric Ioniq isn't even here yet, and the company is already admitting that it can't compete. That's one way to read a statement by Ahn Byung-ki, director of Hyundai's eco-vehicle performance group, who said recently that that 124-mile EV will be supplanted by a 200-plus-mile version in 2018. After all, in a world full of Bolt EVs, second-gen Leafs, and Tesla Model 3s, an electric car that goes 124 miles isn't going to wow the way it could. Despite the push Hyundai is making with the Ioniq – which will come with plug-in hybird, standard hybrid and full EV powertrains – Ahn told Automotive News that 124 miles is "not enough, and we have a plan to extend that to more than 200 by 2018." Ahn and Hyundai are working on more than just the Ioniq line-up. Aside from the hydrogen-powered Tucson Fuel Cell, the company has a totally new hydrogen-powered large-ish vehicle. We might see the first taste of that in the same year as the Ioniq EV gets its first range boost. In other words, everything's moving fast as the company works to introduce 26 green models through 2020. Related Video:

Hyundai confirms a shift to EVs, unveils fuel cell SUV

SEOUL — Hyundai confirmed on Thursday it was placing electric vehicles at the center of its product strategy — one that includes plans for a premium long-distance electric car as it seeks to catch up to Tesla and other rivals. Like Toyota, Hyundai had initially championed fuel cell technology as the future of eco-friendly vehicles but has found itself shifting to electric as Tesla shot to prominence and battery-powered cars have gained government backing in China. Hyundai's debut of its more modestly priced Ionic hybrid and electric has been well-received. But the pure electric's per-charge driving range is much shorter than the Tesla Model 3 or Chevrolet Bolt. Toyota is now also working on longer-distance, fast-charging electric vehicles. Hyundai first started signaling this strategic shift back in May when it first discussed plans to launch an electric sedan under its high-end Genesis brand in 2021 with a range of 500 km (310 miles) per charge. It will also introduce an electric version of its Kona small crossover with a range of 390 km in the first half of next year. "We're strengthening our eco-friendly car strategy, centering on electric vehicles," Executive Vice President Lee Kwang-guk told a news conference, calling the technology mainstream and realistic. The automaker and affiliate Kia, which together rank fifth in global vehicle sales, also said they were adding three plug-in vehicles to their plans for eco-friendly cars, bringing the total to 31 models by 2020. Underscoring Hyundai's electric shift, those plans include eight battery-powered and two fuel-cell vehicles — a contrast to its 2014 announcement for 22 models, of which only two were slated to be battery-powered. Hyundai also confirmed a Reuters report that it is developing its first scaleable, dedicated electric vehicle platform, which will allow the company to produce multiple models with longer driving ranges. HYDROGEN SUV Hyundai unveiled a near production version of its new fuel cell SUV with a driving range of more than 580 km per charge, compared with the 415 km for its current Tucson fuel cell SUV. The mid-sized SUV will be launched in Korea early next year, followed by U.S. and European markets. A fuel cell electric bus is slated to be unveiled late this year, while a sedan-type fuel cell car is also planned. Even so, analysts noted that gaining traction with fuel cells was going to be a long hard slog partly due to a lack of charging infrastructure.