Autoline This Week

Automakers are heavily investing in EVs. The Biden Administration wants 50% of all new cars to be electric by 2030. Yet, the US depends on China for 80% of the raw materials needed to make EVs. It’s a matter of national security. How should the US respond? John Bozzella, president and CEO of the Alliance for Automotive Innovation, argues that what’s needed is a comprehensive national industrial strategy.

The Ford Motor Company has laid out an ambitious plan to transform the company by the end of this decade. It has to transition to electric, autonomous and connected vehicles. And to get there it has to change the way the company operates. Lisa Drake, the chief operating officer for North America, talks about the changes the company will make, and the role that women can play in this transformation.

Cybersecurity is a threat that no automaker or supplier can handle on its own. So the auto industry formed an Auto ISAC: an information sharing and assessment center. Members of the Auto ISAC share info on how they’ve been attacked and how they responded. Three cyber experts provide an up to date report on the latest issues the Auto ISAC is dealing with.

Automotive safety technology can prevent accidents and save lives. But it can also be maddeningly annoying. All those beeps, buzzes and warning chimes. So researchers are carefully collecting data on how humans drive, and using artificial intelligence to make those safety systems less intrusive and more effective.

China’s automotive industry used to rely on foreign automakers and suppliers to develop cars and technology. Not anymore. China set a goal to become self-sufficient by 2025. Not only is it on track to achieve that goal, it’s leading the world when it comes to electric and connected cars. Tu Le of Sino Automotive Insights shares his views on where it’s all going.

The auto industry knows the future is with electric vehicles. But it’s also facing a slew of new legal issues that EVs bring with them. Battery fires are pitting automakers against suppliers. Electric utilities face legal challenges from companies that operate charging stations. And consumers are demanding protection from any of these problems. Autoline This Week tackles the legal issues that have not got the attention they deserve.

Power Play is a new book about the history of Tesla. Its author, Wall Street Journal reporter Tim Higgins, interviewed hundreds of people both inside and outside of the company, to get the inside story of what actually happened and what is happening today.

Magna makes all the major components that go into cars. It even assembles cars for various automakers, something that no other Tier 1 supplier can do. The company is one of the largest automotive suppliers in the world, it’s growing rapidly, and CEO Swamy Kotagiri lays out how his vision of how it can grow even more.

The Automotive Hall of Fame has already Inducted some of the most famous names in the history of the industry. Now it's reaching out to induct minorities who may not be well known but who achieved impressive accomplishments for their day.

Alfonso Albaisa is the Senior VP of Design at Nissan. He talks about how he had his team design the new Nissan Z sports car, incorporating new technology yet retaining the classic lines of its predecessors.

Mark Rosekind is a former NHTSA administrator. Now he’s with autonomous vehicle startup Zoox, which was recently bought by Amazon. Zoox has a clever design for a vehicle that is going to be safer than anything that’s ever been on the road.

The auto industry is working hard to reduce its carbon footprint. And while everyone is aware of the big push to electric cars, there are other efforts underway. One of those includes making automotive components from biomaterials. These are materials made from plants and vegetation, not from petroleum. And they’ve reached a level of sophistication and development where they are lighter, cheaper and offer better performance.

China cornered the global market for the critical metals and minerals needed to make EV motors and batteries. Now the Biden Administration wants to develop a US supply chain. Is that even possible? And if so, how long will it take? Three experts in mining and processing talk about the challenges that lie ahead.

Over the next three years there will be a flood of electric vehicles hitting the market. Can the electrical grid handle the load? How about on hot summer nights when people are running their air conditioning? And will transformers at the neighborhood level be able to take it?

Autonomous vehicles are not years away from going into commercial operation. They’re already on the road today providing rides to the public. May Mobility and Beep are two of the pioneers in this technology. They’re growing their operations and see a bright future ahead.

The auto industry got clobbered by a shortage of chips. It could also face a shortage of critical materials needed to make batteries and motors for electric cars. The industry needs long term planning to avoid future shortages, and may need the federal government involved to make it happen.

At some point the pandemic will end and people will be able to go back to the office. But many will opt to keep on working from home. The auto industry is trying to figure out how it can accommodate both. In the meantime, it’s learning new processes and etiquette for how people work together online.

Automotive suppliers who make parts for piston engines know their future is threatened by electric cars. They have three choices. 1. jump on the EV bandwagon. 2. ride the piston engine into the sunset. 3. try to make parts for both. So which is the right strategy?

Connected car technology can dramatically improve vehicle efficiency and safety at the same time it slashes emissions. Better still, it costs a fraction of any other way to do this. Some cars already have the technology, and it’s only a matter of time before they all do.

A year ago the future of the Canadian auto industry looked doubtful. But then GM, Ford and Stellantis announced billions of dollars in investments to make electric cars there. Moreover, Canada has all the raw materials needed to make EV batteries and electric motors, as well as a green electric grid to manufacture them. All this transformed the outlook for the Canadian auto industry from bleak to bright.