1997 Ferrari F355 Gts Tubi Exhaust 13,500 Mi, 6 Spd, All Maintenance Up To Date. on 2040-cars

Auto blog

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.

James Glickenhaus teases sleek SCG 003 supercar

He may not have known it at the time, but James Glickenhaus started a small revolution when he commissioned Pininfarina to turn his Ferrari Enzo into a tribute to the legendary 330 P3/4. The P4/5 is what resulted, and Ferrari gave its blessing for it to wear the Prancing Horse emblem - something it hadn't done for a coachbuilt custom in decades. A slew of rebodied Ferraris followed, prompting the factory to launch its own coachbuilding division. But Jim wasn't out of the picture.
The former Hollywood filmmaker and investment banker followed up with the P4/5 Competition based on the 430 Scuderia, and started Scuderia Cameron Glickenhaus to race it. Now SCG is returning with a new project, and has released this teaser video (which you can view in the embedded Facebook post below) to keep us on our toes.
From the few glimpses the video provides of a rendering, it's hard to tell much, but from what we can see, it looks pretty slick. Just what sort of technical details will form the underpinnings remains to be seen, but we're looking forward to seeing how it turns out.

Ferrari SF-15T will look to reclaim former F1 glories in 2015

The parade of cars for the 2015 Formula One World Championship continues apace, as Scuderia Ferrari has unveiled the vehicle that fans of the Italian team will doubtlessly be hoping drivers Sebastian Vettel and Kimi Raikkonen will pilot to victory. After the questionable styling of last year's vehicles, this new Ferrari continues the trend of more aesthetically pleasing designs. The vacuum-cleaner-like snout of last year's F-14T has been replaced with a longer, rounded bill that feeds more gracefully towards the cockpit. The new front end is arguably the most noticeable change for 2015, while changes elsewhere on the open-wheeler's body are mere evolutions of last year's design. In fact, that's kind of the theme around the SF-15T. The brake-by-wire system, clutch and gear ratios (which are locked after the first race) have all been optimized based on last season's experiences, while the weight of the car has increased by just 11 kilograms, as per sporting regulations. Take a look at Ferrari's batch of images showing its new challenger, and let us know whether you think this new design will fare better than last year's troubled F-14T. TECHNICAL FEATURE OF THE SF-15T The SF15-T the sixty first car built by Ferrari specifically to take part in the Formula 1 World Championship. It is the second car made by Ferrari since the reintroduction of turbo engines in 2014. The first year of these new regulations was extremely challenging for the Scuderia and the lessons learned have been applied vigorously to the SF15-T to create a car that is in every respect a large step forwards with respect to the F14-T. Chassis The most striking visual difference between the SF15-T and its predecessor is the lowering of the front end of the car in accordance with the change of regulations for the 2015 season. After a few seasons of rather unappealing aesthetics, the 2015 rules permit the SF15-T an attractive nose shape which also brings excellent aerodynamic performance. Aside from the nose area, the regulations for 2015 are largely unchanged. This has given the Team a stable base on which to engineer a much stronger chassis than the year before: A casual glance at the back of the car reveals a much more tightly packaged rear end which allows more downforce to be extracted from the critical surfaces around the rear of the car. The rear wing family has been extensively redesigned to deliver stable performance in corners while producing a larger DRS effect on the straights.