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Honda fielding 11 entrants at Pikes Peak, including 532-hp Odyssey

Is it possible for a minivan to be more exciting than an Acura NSX? Well, Honda is trying to find out by entering a 532-horsepower Odyssey into the 2013 Pikes Peak International Hill Climb with IndyCar racer Simon Pagenaud behind the wheel.
Starting with a stock Odyssey, Honda dropped in a turbocharged 3.5-liter V6 producing an estimated 532 hp and 460 pound-feet of torque as well as racing suspension, tires and brakes and one of the biggest roll cages you're likely to ever see. If this van looks familiar to you, you aren't alone - it's a veteran of the Tire Rack One Lap of America.
In addition to this super minivan, Honda will also be entering a first-gen NSX, CR-Z hybrid, Fit EV and Acura TL into the competition as well as five motorcycles and an all-terrain vehicle. Scroll down for the full details on Honda's comprehensive assault on Pikes Peak.

Honda's new hybrid will cut use of rare-earth metals

Honda will start selling a hybrid vehicle later this year that will reduce the use of rare-earth metals in the hybrid-electric motor's magnets. The Japanese automaker worked with Japanese metal supplier Daido Steel Co. to develop a process that eliminates the use of rare-earth elements such as terbium or dysprosium. The first vehicle to feature this process will be the Honda Freed subcompact minivan, which is based on the platform of the Fit and will go on sale in Japan later this year. The new technology will help free Honda from its dependence on China, which produces about 90 percent of the world's rare-earth metals. The new process uses what's called the "hot deformation method" to eliminate the need for the heavier metals and likely reduce hybrid-engine costs. Honda's new hybrid motors use a lighter rare-earth material called neodymium. With both electric and hybrid vehicle production forecast to grow within the next few years, rare-earth metal demand is forecast to rise by 14 percent a year to more than $9 billion by 2019, Automotive News says, citing an estimate from technology-research company Technavio Research. Honda estimates that the new process cuts the cost of making the motors' magnets by about 10 percent while reducing their weight by about eight percent, Reuters says. Additionally, neodymium is found in Australia and North America, as well as China. Honda has been selling a gas-powered version of the Freed in Japan since 2008. Three years later, Honda started selling a hybrid version of the minivan, which was rated to get 51 miles per gallon on the Japanese driving cycle. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Daido Steel and Honda Adopt World's First Hybrid Vehicle Motor Magnet Free of Heavy Rare Earth Elements – Honda Freed, on sale this fall, will be the first hybrid vehicle to adopt new magnet – Daido Steel Honda TOKYO, Japan, July 12, 2016 - Daido Steel Co., Ltd. and Honda Motor Co., Ltd. became the world's first companies to achieve practical application of a hot deformed neodymium magnet containing no heavy rare earth*1 and yet with high heat resistance properties and high magnetic performance required for the use in the driving motor of a hybrid vehicle. This heavy rare earth-free hot deformed neodymium magnet will be applied first to the all-new Honda FREED, scheduled to go on sale this fall.

Honda's 3D-printed customizable EV has motorcycle bones

Honda isn't the first company to reveal vehicles with 3D-printed panels, details and more. However, it's certainly one of the biggest, so its efforts warrant a closer look. Fresh off the heels of the Paris Auto Show, Honda showed off its Variable Design platform for micro EVs: petite cars where space -- and weight -- is at a premium. The automaker wants to offer a vehicle with a customizable layout where drivers can choose what they need. That could be lowered entry points at the doors for senior drivers, a hatchback trunk for delivery vehicles or space for a family of three. (Somehow!) Let's take a closer look: I was a bit skeptical of the idea of an entire vehicle built from 3D-printed panels, but a Honda spokesperson outlined how the company took design and engineering know-how from its motorcycle division, resulting in a light but safe pipe-based skeleton under the paneling. This is apparently what gives the "micro commuter model" structural integrity. The company had some assistance from design firm Kabuku, which put a bird on it -- on the hatchback trunk, as well as the doors and seat. The car mostly has that familiarly, rough 3D-printed surface to it, but despite being the early first step in Honda's efforts to offer a heavily customizable electric vehicle, today's prototype could very much move. A handful of journalists and businessmen got to sit inside and drive it very briefly around a corner in a faux-Japanese village. 3D-printing entire car bodies could lead to reduced design times and cheaper costs. But that's if it becomes a bigger thing. For now, it's a promising platform that's still in development.This article by Mat Smith originally ran on Engadget, the definitive guide to this connected life. Green Honda Technology Emerging Technologies Electric