2012 Hyundai Tucson Limited on 2040-cars

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Driving the new Prius Prime, Lordstown goes bankrupt and the march to NACS | Autoblog Podcast # 787

In this episode of the Autoblog Podcast, Editor-in-Chief Greg Migliore is joined by Road Test Editor Zac Palmer. They start the show by talking about the cars they've been driving. Zac spent time in the 2023 Toyota Prius Prime and 2023 Jeep Compass, while Greg chats about his week in the 2023 Cadillac CT5-V and 2023 Hyundai Santa Fe Calligraphy. Next, they hit the news and chat about Lordstown's bankruptcy, Volvo (and others) adopting Tesla's NACS port and the revealed presence of a BMW M5 Touring. Finally, they conclude with the Spend My Money segment where a listener is looking for help finding a new EV or PHEV. Send us your questions for the Mailbag and Spend My Money at: Podcast@Autoblog.com. Autoblog Podcast # 787 Get The Podcast Apple Podcasts – Subscribe to the Autoblog Podcast in iTunes Spotify – Subscribe to the Autoblog Podcast on Spotify RSS – Add the Autoblog Podcast feed to your RSS aggregator MP3 – Download the MP3 directly Rundown Cars we're driving 2023 Toyota Prius Prime XSE Premium 2023 Cadillac CT5-V 2023 Jeep Compass 2023 Hyundai Santa Fe Calligraphy News Lordstown bankruptcy Volvo adopts NACS, and the trend continues A BMW M5 Touring is coming, but will it come here? Spend My Money Feedback Email – Podcast@Autoblog.com Review the show on Apple Podcasts Autoblog is now live on your smart speakers and voice assistants with the audio Autoblog Daily Digest. Say “Hey Google, play the news from Autoblog” or "Alexa, open Autoblog" to get your favorite car website in audio form every day. A narrator will take you through the biggest stories or break down one of our comprehensive test drives. Related video: Green Podcasts BMW Cadillac Hyundai Jeep Toyota Volvo Green Automakers Technology Crossover Hatchback SUV Wagon Electric Hybrid Luxury Performance Sedan Podcasts

Hyundai takes fully autonomous fuel cell vehicles on 70 mph road trip

Hyundai has announced three test vehicles based on its upcoming NEXO fuel cell vehicles, fitted with Level 4 autonomous technology, have completed a trial journey of 118 miles from Seoul to Pyeongchang across the Korean peninsula completely autonomously. It's a world first for fuel cell powered vehicles to reach Level 4 autonomous driving, which translates as "mind off" driving with no driver input needed. One of the interesting things about the NEXO fleet's trial is that it was performed in regular traffic at public highways, at speeds up to nearly 70mph. Earlier autonomous car testing in Korea has been performed on selected sections of road and at lower speeds than the highest allowed Korean highway speed reached in this trial. Hyundai says the test drive included following the traffic's flow, completing lane changes, and even handling motorway toll booths — and that the only human intervention needed was pressing "Cruise" and "Set" buttons on the three cars' steering wheels, to put them in autonomous mode. The NEXO has been designed as a hydrogen fuel cell car from the ground up, instead of the earlier, ICE-based Tucson FCEV. Hyundai claims a target range of 500 miles (NEDC) for the NEXO, for a single, five-minute hydrogen charge, and a system efficiency of 60 percent. On the run to CES from L.A. last month, Hyundai declared a real-world range of 360 miles for the tested NEXO; the 120-kW motor takes the fuel cell crossover to 60 mph in 9.9 seconds. The vehicles used in the South Korean trial use a combination of radar, lidar and cameras to monitor their surroundings, and some of these systems are already used in production Hyundai vehicles. At CES, Hyundai announced its partnership with Aurora Innovation, which is a Silicon Valley startup set up by former Alphabet Inc and Tesla engineers; the autonomous NEXOs are likely to feature Aurora's input. Hyundai sees commercialization of Level 4 vehicles taking place in 2021, though only in what it calls "pilot smart cities," or locations tailored to be connected enough to make the implementation of autonomous tech easier. "Fully" autonomous driving would be at commercial level by 2030. As for the vehicle itself, it features virtual assistant technology that is complemented with noise canceling to further turn the NEXO into a cocoon-like pod; there's also "Home Connect" tech which enables the passengers to use smart home gadgets remotely during their commute. Related Video:

Hyundai working on clean-sheet, hydrogen-powered CUV

Autocar reports that Hyundai is working on its next hydrogen fuel cell vehicle, and that the coming vehicle will be a clean-sheet design and likely a crossover. The South Korean company will soon have its Toyota Prius-fighting Ioniq hybrid on the market, now it is said to have placed a bullseye on the Toyota Mirai FCEV. This follows news that Kia is developing a brand new fuel-cell hybrid for launch by 2020, the theory is that platform will be shared with Hyundai, who will launch it first. The bodystyle isn't confirmed, but making it a crossover would take advantage of two important factors, one being the ongoing sales boom of compact and mid-sized SUVs. The second is that according to Sae-Hoon Kim, head of the company's fuel cell research, "all customer feedback says range and boot space are the priorities." Since bigger tanks typically mean less trunk space, a crossover would offer the best opportunity for maximizing both. A people-hauler could also make design and brand connections with the Kia Niro hybrid crossover. Hyundai is hoping to get a range of 500 miles out of the new vehicle, which would mark a 25-percent improvement over the range of the Tucson FCEV currently on sale. When it arrives it will give Hyundai a dedicated player in three alternative powertrain domains, joining the Ioniq plug-in hybrid and the pure electric vehicle it promised for launch by 2017. That could be seen as merely hedging bets, but the company does believe in hydrogen, Kim saying, "Every solution leads to hydrogen; either you use renewable energy sources to create and store hydrogen, or you use traditional fuels like coal to create hydrogen. Either way, hydrogen is the way to store energy and control supply and demand."