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Bizarre Levante mule proves SUV will ride on Maserati platform

When Chrysler was developing the current Jeep Cherokee, matte black, lifted Alfa Romeo Giuliettas weren't an unusual site around the company's Auburn Hills, MI headquarters. That's because the Jeep rides on a modified version of the Alfa's platform.
Judging by these images, Maserati is following a similar path for the upcoming Levante. The presence of the modified and lifted Ghibli basically confirms that the company will look in-house for the new CUV's platform rather than outsource it to Jeep (otherwise, we'd be seeing modified Grand Cherokees running about).
The mule's Ghibli body has been fitted with a number of tweaks. Most notable are the higher roof and stretched wheel arches, which we're guessing are an attempt at increasing the sedan's center of gravity and width, respectively, in a bid to match the eventual production model.

The new Lotus Evora GT430 Sport is quicker with an automatic

Few automakers exploit platform variants as much as lotus. The company has four models, one of which is essentially a hardtop version of another. The Lotus Evora 400 sits atop the range, and since its debut last year we've seen the Evora 410, Evora 410 GP Edition and the Evora GT430. Today, the British automaker announced the Evora GT430 Sport, essentially a less hardcore but nearly as capable version of the GT430. The two biggest differences are the non-limited availability and the available six-speed automatic transmission. All 60 examples of the GT430 were only available with a manual. Both cars use the same 3.5-liter V6 topped with an Edelbrock supercharger that's good for 430 horsepower. Manual models make 325 lb-ft of torque, while automatic-equipped cars make 332 lb-ft. Despite a 24-pound penalty, the GT430 Sport automatic hits 60 mph in 3.6 seconds, a tenth quicker than the manual. While gearing in the automatic limits top speed to 170 mph, manual models can reach 196 mph. That makes this the fastest road-going Lotus ever. No matter which one you choose, the GT430 comes with Ohlins TTX two-way adjustable dampers, slotted and ventilated brake discs with AP Racing four-piston calipers, a Torsen-type limited slip differential and an adjustable traction control system. The front and rear bumpers, front access panel, roof panel, rear quarter panels and one-piece louvered tailgate and spoiler are all made of carbon fiber. The non-Sport GT430 adds a carbon fiber front splitter, rear wing, louvered wheel arches and a wider set of wheels and tires. The carbon fiber theme continues inside. The seats, door sills and parts of the instrument cluster are all made of the lightweight material. Most of the rest of the interior is trimmed in leather and black Alcantara. At $136,000, the new GT430 Sport undercuts the limited-run model by about $11,000. There's no word on if the car will make it here to the U.S. Hopefully Lotus' new parent company will keep the ball rolling. Related Video:

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.