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The Ferrari Enzo's designer isn't worried about the future of supercars

Ken Okuyama is a talented designer with a prestigious portfolio. He spent 12 years at the famed Italian design house Pininfarina after a stint with GM's Advanced Design Studio, where he worked on the C5 Corvette. He also styled the Boxster and 996-generation 911 at Porsche. His first Ferrari design was the Rossa concept car, though his most famous creation is the Enzo. Now Okuyama runs a design studio that not only is responsible for the new Kode57 supercar that debuted in Monterey this past weekend, but also eye glasses, civic planning, and even Japanese bullet trains. We caught up with Okuyama at the Concorso Italiano car show, plopped down on a couple of plush leather chairs right in front of his brand new Kode57, and chatted about what the future holds for car design. Alex Kierstein: Lately there's been a lot of talk about autonomy and future mobility. What sort of challenges and opportunities do you think this autonomous future is going to provide for you as a car designer? Ken Okuyama: It is a really fantastic time for designers because of two reasons. One is that the public and private transport have been two separate, completely different industries up until now. Now, when you think about the future of autonomy, that really brings the automobiles into something more of a public transportation. You really have to think about the total experience of the customers from buying the ticket to the paying mechanism. That's just hardware, actually. It is a huge challenge for engineers and designers, and I really love that. That's one reason. Another reason is that just like horses were a means of transport 100 or so years ago, up until Henry Ford mass-produced the Model T. Now, maybe sports cars are becoming like horses. Now, horses are a great object for hobby, sports, and part of the Olympics and everything. Cars are going to be like that also. Dr. Porsche [was asked what type of] automobile is going to last for the longest time. He said, "the sports car." I really believe in that, because with sports cars, you never lose a sense of ownership. Autonomous vehicles are things you don't have to own. You have to design a total experience and the whole operation. A car, you want to own it. It's part of you. Your mechanical watches, do you borrow them from somebody? You want to own it. Your suits, your favorite shirts, you want to borrow them from somebody for your experience? No, you want to own it. Ownership is a core part of human beings.

Ferrari patents new electronic steering assist

Automobiles keep getting more and more advanced, with computers playing an ever-increasingly vital role in their operation. But some things remain the same. Despite more advanced (if not necessarily better) technologies available, we still burn fossils to fuel our engines, we still check what's behind us in actual mirrors and (with few exceptions) we still turn a steering wheel mechanically connected to the front wheels to change directions. But that doesn't mean automakers aren't working at new solutions.
We've sampled electric steering systems developed by Japanese automakers like Honda and Infiniti that disconnect the front wheels from the steering column, but while those systems may be the way of the future, they leave the driver feeling physically disconnected from the road. Ferrari, however, has a different idea.
Instead of either relying completely on a traditional system or replacing it with an entirely digital one, Ferrari appears to have found a sweet spot in the middle. According to a patent filing obtained by Evo, Ferrari is developing a system that still uses a direct mechanical steering linkage, but enhances it through the use of software that corrects for certain inconsistencies.

What is the fastest car in the world in 2024?

It wasn't that long ago that the notion of reaching 200 miles per hour in a car, on a road, seemed basically impossible. As you likely know by now, that time has passed. And once that threshold was crossed, the automotive world immediately began eying the next triple-digit benchmark: 300 miles per hour. It may have taken a little while, but the 300-mph line has been crossed, and some cars have moved well past that seemingly insane speed number. While some of these speeds have been achieved in simulations (including the fastest car listed below), there's little doubt that a driver with nerves of steel and a heavy right foot could indeed push several automobiles up to 300 miles per hour and beyond. Interestingly, it’s not just one car or automaker in the 300-mph club, as a handful of models have earned a place (sometimes claimed but not yet demonstrated) on the leaderboard. The fastest car in the world is: Koenigsegg Jesko Absolut (330 MPH) That title goes to the Koenigsegg Jesko Absolut, which recorded a staggering 330 mph top speed earlier in 2023. The carÂ’s twin-turbocharged 5.0-liter V8 lays down 1,600 horsepower and 1,106 pound-feet of torque, which plays a significant role in delivering that speed, but KoenigseggÂ’s engineers have given the car a lot more than mind-blowing power. The Jesko Absolut has a super-slippery 0.278 drag coefficient and a nine-speed transmission that shifts so quickly itÂ’s almost imperceptible. Koenigsegg calls it a Light Speed Transmission (LST), saying its shifts happen at almost light speed. While that might be a slight exaggeration, the gearbox is impressive, bringing several wet multi-disc clutches and a super lightweight construction. As Koenigsegg says, "the Jesko Absolut is destined to achieve higher, more extraordinary speeds than any Koenigsegg or any other fully homologated car before it." How expensive is the Koenigsegg Jesko Absolut? If you were reading that and wondering how much the fastest car in the world costs, the price tag is just another dizzying number on the Jesko Absolut's spec sheet. All 125 Absolut cars offered sold out at a price of almost $3 million. Of course, being able to afford the Koenigsegg is just the first step in realizing its full potential. There are very few places on the map that can support a 300-plus-mph speed run, and the locations that do are not conveniently located.