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Nissan gives us the business on the art of clay modeling

The team from The Dashboard recently stopped by the Nissan Technical Center in Japan for a look at what exactly goes into creating a full-scale clay model. While automakers have been using clay bucks for decades, designers and engineers are now combining computer renderings and hand-sculpted clay models to determine how a new vehicle will look in our world. Engineers use specially formulated clay kept warm in an oven to bring the body panels to life. They then coat the clay in a thin plastic film to add body color for the final look.
By the time everything is said and done, workers may have hundreds of hours in the model's creation. So, what happens when the company no longer needs the buck? They get scrapped. Someone comes in and dismantles the whole creation. We presume that action is set to the wailing tears of everyone who had a hand in building the model. Check out the video below for a closer look.

2018 Autoblog Technology of the Year finalists

After months of prepping and several days of testing, we narrowed the field for Autoblog's 2018 Tech of the Year award to the Nissan Rogue with ProPilot Assist semi-autonomous driving system, the Lexus LC 500h and its new hybrid powertrain, and the Chevy Colorado ZR2 and its trick Multimatic spool-valve off-road shocks. Three very different cars with very different technologies duking it out for the award. Look for news of our winner at the 2018 Detroit Auto Show. We hand out this award every year to the technology or feature that we feel moves the bar forward for the automotive industry. Read more here on how our testing process works. We discuss, debate and count up score sheets, judging each vehicle and technology on a few different criteria. Is its purpose noteworthy? Does it work well? Does it advance the industry? The Nissan Rogue with ProPilot Assist was actually a prototype, as the technology will first debut in the 2018 Nissan Leaf. Still, we're here to test the tech and not the car. ProPilot Assist combines adaptive cruise control system combined with lane-keeping assistance. The system uses sonar, radar and a number of cameras for some light semi-autonomous driving and enhanced safety. While these systems aren't new individually, Nissan's system is affordable, intuitive, and coming to a mainstream product — democratizing the tech in a novel way, if you will. That's why it's here. The Lexus LC 500h uses a new powertrain that Lexus has dubbed the Multi-Stage Hybrid System. Basically it combines two types of transmissions — a CVT and a four-speed automatic — in a single unit mated to a naturally aspirated V6. That's complex and unorthodox technology, and Lexus engineered it to give drivers the efficiency of a CVT without sacrificing driving enjoyment. The package is subtle, working in the background to create a nearly seamless driving experience. It's engaging in a way most other hybrids can only dream of. The fact that it's wrapped in such gorgeous sheetmetal only makes things better. The Multimatic spool valve shocks in the Chevy Colorado ZR2 might seem low-tech compared to ProPilot Assist and the Lexus Multi-Stage Hybrid, but they represent a completely novel application of a technology that several years ago was so expensive that it was reserved for top-tier race cars. Like the LC 500h, these shocks really change your perception of how a vehicle like this should drive.

Nissan and Mitsubishi reportedly working on a 1-ton pickup for the U.S.

We can probably consider it a testament to how far ex-Nissan Renault CEO Carlos Ghosn veered the conglomerate off the straight and narrow that Nissan continues to restate its global aims. Four years ago, Ghosn successor CEO Makoto Uchida announced Nissan Next, part of the plan's global initiatives to "[Focus] on global core model segments including enhanced C and D segment vehicles, electric vehicles, sport cars," "Introduce 12 models in the next 18 months," and "[Expand] presence in EVs and electric-motor-driven cars, including e-POWER, with more than 1 million electrified sales units expected a year by end of FY23." About 18 months later, the automaker expanded on detail with Ambition 2030, which would invest 2 trillion yen ($13.2 billion U.S.) through 2026, part of which would pay for launching 23 new electrified models, 15 of those pure-electric and planned to hit the market by 2027. It's been a tough row to hoe. Now, at the end of Nissan's fiscal year in March, Uchida announced a revised business plan called The Arc. This would put 30 new models on the market by the end of fiscal year 2026 (March 2027), 16 of which will be electrified. Note the climbdown: Ambition 2030 wanted to put 23 electrified vehicles on the market, 15 of them pure-electric, The Arc wants 30 total vehicles, 16 electrified, eight of them pure-electric. A report in Automotive News says one of those BEVs could be an electric one-ton pickup that Nissan will develop with Mitsubishi for the North American market, as well as a plug-in hybrid powertrain that will power an unknown body style and could also serve the pickup. The PHEV would come first, no surprise based on trends in the EV market. Mitsubishi would develop the PHEV powertrain, perhaps an evolution of the system sold in the Outlander PHEV here and the Eclipse Cross PHEV in international markets like Australia. Bringing a PHEV would give Mitsu a third plug-in model, and give Nissan a second to go along with the China-specific Venucia-brand PHEV that launched last year. Beyond giving Nissan a much needed hybrid to sell in the U.S. — the automaker doesn't sell any here now — it would give Mitsubishi dealers some much needed new product.  The pickup, on the other hand, would employ Nissan's EV expertise. It's planned for our market sometime between March 31, 2027, and the same date in 2031. This could make it a part of Nissan's planned family of next-gen modular EVs that debut after the eight models coming by 2026.