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Driving the 2025 Genesis GV80 Coupe and Ford Explorer | Autoblog Podcast #844

In this episode of the Autoblog Podcast, Editor-in-Chief Greg Migliore is joined by Senior Editor, Electric, John Beltz Snyder. John recently attended the launch of both the 2025 Genesis GV80 Coupe and the 2025 Ford Explorer. In the fleet, we've been driving the Jeep Gladiator, BMW 5 Series and Chrysler Pacifica Plug-In Hybrid. In the news, Nissan has updated the Frontier for 2025, while the 2025 Toyota GR Corolla gets an available automatic transmission. Send us your questions for the Mailbag and Spend My Money at: Podcast@Autoblog.com. Autoblog Podcast #844     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 2025 Genesis GV80 Coupe 2025 Ford Explorer 2024 Jeep Gladiator 2024 BMW 530i xDrive 2024 Chrysler Pacifica Plug-In Hybrid 2025 Nissan Frontier gets a suite of meaningful upgrades 2025 Toyota GR Corolla gets available automatic transmission 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:  2025 Explorer SUV interior review This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Stellantis aims to eliminate separate inverter, charger to improve EV efficiency

Stellantis has announced that, in collaboration with French battery company Saft and French National Center for Scientific Research, has made significant progress in eliminating two major components of an electric vehicle powertrain: the on-board charger and the power inverter for the motor. The company claims that doing this will allow for better space use in vehicles, as well as improvements in efficiency, cost and reliability of components. As a quick primer, also explained in the below video, the on-board charger and power inverter are sort of translators to get the right current to different parts of the electric powertrain. The on-board charger takes AC power from the grid and converts it to DC to charge the batteries. Then when power goes from the batteries to the electric motor, the power inverter converts that DC power back to AC. These components aren't exactly small. Frequently you'll find them packaged somewhere under the hood. What Stellantis and its cohorts have developed, and have been using on a test vehicle since last summer, are small power inverter boards that can be mounted very closely to the battery packs. They can handle both conversion needs, for charging and discharging, instead of needing two separate devices. The most obvious perk to this is that you can do away with those traditional components and free up more space, either for making smaller vehicles without losing interior volume, or adding space to a vehicle that wouldn't have had it otherwise. There's the additional benefit of reduced weight, something that EVs struggle with. Stellantis also claims improvements in efficiency, reliability, and cost, however, it didn't go into detail as to how this setup would do that exactly. We'll try to get in touch with representatives from Stellantis in order to get more information. We're still a ways out from seeing this technology in production Stellantis vehicles. The company said it aims to apply it to vehicles by the end of the decade. Saft is also looking at using it on stationary battery systems as well. So maybe we'll see it on a 2029 Ram 1500 REV, but for now, we'll be living with traditional chargers and inverters. Related Video: Green Alfa Romeo Chrysler Dodge Fiat RAM Technology Electric

Fiat Chrysler to open $30M autonomous driving test facility in Michigan

Fiat Chrysler said Wednesday it's invested more than $30 million in a new facility to develop and test autonomous vehicle and advanced safety technologies at its Chelsea Proving Grounds in southeast Michigan. The facility is the first of its kind for the automaker, which has mostly relied on partnerships with the likes of Uber and Google subsidiary Waymo to develop the hardware and software used in self-driving vehicles and avoided making large investments itself under former CEO Sergio Marchionne. The company this spring announced plans to deliver as many as 62,000 additional Chrysler Pacifica Hybrid minivans to Waymo and make Waymo's tech available in customer vehicles via a licensing deal. The new facility features a dedicated highway-speed track for testing self-driving cars with obstacles, tunnels and other features, a 35-acre safety feature testing area and a high-tech, 6,500-square-foot command center equipped with computers that can track GPS coordinates and test vehicle-to-infrastructure communications. It will allow FCA to test for different levels of automated driving, automatic electronic braking and automated parking simulations, and test protocols from third parties such as the Insurance Institute for Highway Safety, U.S. New Car Assessment Program and European New Car Assessment Program. Testing starts later this month. "The all-new facility at Chelsea Proving Grounds will help support and enable the successful rollout of the company's five-year plan laid out earlier this year," Mike Manley, FCA's new CEO and chief operating officer for the NAFTA region, said in a statement. "Our ability to test for autonomous and advanced safety technologies enables FCA to offer our customers the features they want across our brand portfolio." The Chelsea Proving Grounds, near Ann Arbor, opened in 1954 and now cover about 4,000 acres. About 900 people work there, the company says. Related Video: Image Credit: Getty Chrysler Fiat Technology Emerging Technologies Autonomous Vehicles Uber Waymo testing