Jay Leno’s Turbine Car Lives Again

When Chrysler was going bankrupt in 2009, they started selling off assets. Well, I had always wanted a 1963 Chrysler Turbine Car and when a company goes bankrupt, who do you contact? The bankers. I started calling these guys in Detroit who were handling the bankruptcy, and I asked them if they would sell me the Turbine Car from the collection.

Jay Leno's Turbine Car Lives Again
Bought from a bankrupt Chrysler, the 1963 Turbine Car ran fine—until it didn’t. After a four-year rebuild by some of the project’s original engineers, it lives again. Sandy Huffaker/Corbis/Getty Images

I told them I would never say how much I paid for it, but I gave them a price and the guy said, “You know, Mr. Leno, it’s not a new car. You know it’s an old car, right?” I said of course. He said, “And you want to pay that for it? Fine with me.” I still think it was a bargain compared with what it would go for today, but that’s how I was able to get it.

I drove it everywhere—to work, up Angeles Crest Highway on the weekends, everywhere. It had around 53,000 miles on it when I got it and I put on another couple thousand, and it ran OK. But I started to notice that it was running hotter. It’s supposed to run around 1200 to 1400 degrees Fahrenheit inside the engine, and then I started seeing 1425, then 1475. I learned to get on the freeway and then get off the throttle to coast, the turbine going pheeeewwwwww!, and I’d see the temperature come down, so I could keep it around 1300 by modulating it like that. Inside the engine, these two regenerators use the heat over and over again until the exhaust gas temperature is actually less than that of a piston engine—around 140 degrees coming out of the tailpipe.

What happened was, either through metal fatigue or rust, one day the regenerators just locked. The temperature shot up, 1800, 1900, then 2000 degrees. Yikes! I shut it off, coasted a bit, thought, “This is not good,” then got it going enough to make it off the freeway and we flat-bedded it back to the garage where it sat for a few years. Eventually I started calling around, figuring the car was hyped as having “So few moving parts!” that it would be easy to fix. Boy was I wrong.

Bildschirmfoto 2025 03 31 um 12.17.00

Nothing is made for these cars and everything inside the engine had to be replaced. After the original 55 Turbine Cars were built, Chrysler continued to work on turbines until 1981. In fact, a good read that covers the history is Chrysler’s Turbine Car: The Rise and Fall of Detroit’s Coolest Creation by Steve Lehto (foreword by yours ­truly). At some point, Lehto connected me to Gregg Williams at Williams International, a turbine company in Detroit. Gregg’s late father, Sam, who founded the company, also worked on the Chrysler program, and Gregg thought it would be a fitting tribute to his dad to help me get my car going again. He offered a clean room and workers if I would pay for the parts.
Some of the engineers who worked on the program are still alive, and we had, at one point, 60 of them working on our project. Altogether it took four years, and I would get these great emails that read like, “Hi Jay, just sent you a video of a CNC lathe running a test fixture on a flame-sprayed cross-arm seal. We ran two tests that day, the one on the far right is the best so far, very promising.” They had to make the tools to make the parts, and just getting the right metal was a challenge. Because jet engines are hugely expensive to make, Chrysler wanted an alloy that was not quite good enough for aviation—where if something breaks, you fall out of the sky—but good enough for a car engine. A metallurgist from Quebec, Dr. Amedee Roy, came up with the right solution, and we had to figure out how it was made.

Bildschirmfoto 2025 03 31 um 12.17.23 Bildschirmfoto 2025 03 31 um 12.17.00 Bildschirmfoto 2025 03 31 um 12.17.41

My favorite story is about the heat exchangers in the gas regenerators, which we made new from scratch. They have 22,000 holes drilled in them, and back in 1963, one guy proposed that the holes be hexagonal rather than round as it would use the surface area more efficiently, but they didn’t have the time or technology to do it back then. Well, that guy got to see his idea implemented 60 years later.

I finally got to drive the Turbine Car again at the 2024 Woodward Dream Cruise. It’s definitely more responsive, and it runs cooler than it ever did before. As for power, it’s about the same, like a 318 V-8. But what amazes me most is that even though the car is 60 years old, when you get into it, it still feels like something out of the future.

Report by Jay Leno for hagerty.com

Gran Premio de Europa