2012 Ford F-150 King Ranch Crew Cab Pickup 4-door 3.5l on 2040-cars

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Shelby Cobra, Mercedes 300SL and 1947 Woodie from Petersen Museum headed to auction

The changes happening at the Petersen Museum have been making the rounds in major press, but it probably won't be until August 18, during Pebble Beach, when we get the full story on what's happening; that's where and when museum reps plan on announcing the way forward for the SoCal institution. In the meantime, the museum is still reorganizing its collection, and that means auctioning some of its showpieces at this weekend's Auctions America event in Burbank.
Three of the stars are a 1964 Shelby Cobra 289, one of less than 20 produced with a three-speed C-4 automatic transmission, a 1960 Mercedes-Benz 300SL owned by actor Robert Stack and the last 1948 Ford Sportsman 'Woodie' ever produced. The Cobra, now restored to its original white exterior and red leather interior, was a factory demonstrator that first sold for $5,250. Showing just 38,950 miles on the odometer, its pre-sale estimate is $800,000 to $1 million.
The 300SL is actually a 1957 model but wasn't titled until Robert Stack took possession in 1960. The lead actor in the The Untouchables TV series used to drive by the Sunset Boulevard Mercedes dealership to ogle the car, but couldn't justify spending the money to buy it. When he and the producer of The Untouchables won Emmys for the show, the producer, who happened to be Desi Arnaz, bought the car for Stack. He owned it his whole life, it has been left as Stack drove it and still bears the California license plate "UNTCHBL."

Lincoln recycling tree fibers into new MKX armrest

Want to hug a tree, or at least a really small part of one. Then set your arm down on one of those armrests in the 2014 Lincoln MKX crossover. The US automaker is working with Weyerhaeuser and Johnson Controls on a tree-based, cellulose-reinforced polypropylene material used in the component that connects the armrest to the floor console, Wards Auto says. With properties similar to plastic, the tree-based material replaces fiberglass and is about six percent lighter. No big deal for now, but if the material starts getting used for things like battery trays and interior storage covers, that loss in weight may eventually start adding up enough to boost fuel economy a bit, providing a green double bonus. Lincoln parent Ford, which isn't saying how much more (or less?) it costs to use the new material, established its Biomaterials and Plastics Research team in 2001. In 2007, the company began using soy-based foam in car seats used for models such as the Lincoln Navigator and Ford Mustang and has since broadened biomaterials use to components like floormats and cupholder inserts. Ford also used recycled plastic bottles from the 2012 North America International Auto Show for seats in the Focus Electric.

Ford Green Zone works magic with GPS to make your drive smarter, cleaner

For the most part, plug-in hybrids rely on the power stored in the battery until that charge is depleted. Unless the switch can be changed manually, it's only then that the cars fire up the internal combustion engine and begin using the fossil fuels on board. This is ideal, of course, when one's drive isn't long enough that the car needs to start sipping gasoline at all. On longer commutes, when it's certain that the route is longer than the car's all-electric range, this isn't necessarily the most efficient use of energy. Ford's Green Zone system is designed to save some of that juice for the parts of the drive that require slower speeds. Ford is working on a smart system, based on Nokia mapping technology, that uses GPS data to use both the electricity and conventional fuel more efficiently. Since battery power is less efficient at highway speeds, Ford's Green Zone system is designed to save some of that juice for the parts of the drive that require slower speeds, rather than just using up all the electrons right at the beginning of the drive. Using a website or the in-car navigation system, the driver can pinpoint the parts of the route, highlighted in green, where using battery power would be more effective, and set the car to automatically switch to electricity for those sections. Depending on the route, the car could automatically switch back and forth between the two power sources multiple times, particularly if the drive is a mix between city and highway driving. Of course, Green Zone will be go beyond that. The program is being developed to take traffic and road grade into account, details that allow the car to be make even smarter choices to improve efficiency. Ford even hopes to have Green Zone learn driver habits, and respond accordingly depending on who is driving the car. The system could control other features as well, such as anticipating corners and shifting the headlights to better illuminate the road ahead. Green Zone could also potentially use information from vehicle-to-vehicle networking to control functions in the car. The Green Zone system still has a few years before it will be ready to be put into production vehicles, but Ford is confident it will make its way onto the road eventually. As with other innovations that improve efficiency and make our vehicles smarter, we can expect to see similar technology from other manufacturers, until it becomes a regular part of driving in the future.