1950 Ford Panel Truck, No Motor Or Trans Has Typical Dents Dings And Rust on 2040-cars

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Ford using robot drivers to test durability [w/video]

In testing the durability of its upcoming fullsize Transit vans, Ford has begun using autonomous robotic technology to pilot vehicles through the punishing courses of its Michigan Proving Grounds test facility. The autonomous tech allows Ford to run more durability tests in a single day than it could with human drivers, as well as create even more challenging tests that wouldn't be safe to run with a human behind the wheel.
The technology being used was developed by Utah-based Autonomous Solutions, and isn't quite like the totally autonomous vehicles being developed by companies like Google and Audi for use out in the real world. Rather, Ford's autonomous test vehicles follow a pre-programmed course and their position is tracked via GPS and cameras that are being monitored from a central control room. Though the route is predetermined, the robotic control module operates the steering, acceleration and braking to keep the vehicle on course as it drives over broken concrete, cobblestones, metal grates, rough gravel, mud pits and oversize speed bumps.
Scroll down to watch the robotic drivers in action, though be warned that you're headed for disappointment if you expect to see a Centurion behind the wheel (nerd alert!). The setup looks more like a Mythbusters experiment than a scene from Battlestar Galactica.

1914 Ford Model T at Historic Greenfield Village | AutoblogVR

We drive all of the newest and most sophisticated cars, but a 102-year-old Ford is one of our recent favorites. Senior Editor Alex Kierstein headed to historic Greenfield Village in Dearborn, MI, to learn to drive a Model T in the latest AutoblogVR segment. Kierstein picks up the Model T fairly quickly, despite its controls. Though they were designed more than a century ago to be simple and easy to use, driving a Model T is complicated and counter-intuitive to the modern motorist. But by the end of his lesson, Kierstein has it all figured out and is enjoying himself. In our other new segment, Detroit Manufacturing, Senior Editor Greg Migliore showcases the city''s industrial might. He tours a modern Fiat Chrysler factory that churns out Dodge Durangos and Jeep Grand Cherokees and then wanders the ruins of the mythical Packard Plant. There's also some tasty and unexpected twists in this VR episode. Each week, new episodes will launch on the AutoblogVR App. We'll preview them here on Autoblog, but for the full immersive experience, head over to the app, which you can download for free from the App store and Google Play. Be sure to try it with a cardboard viewer, too! Ford Jeep Automotive History Driving Classics Videos VR Original Video Detroit ford model t tour 360video

NHTSA closes Ford F-150 EcoBoost acceleration probe

Typically when we report on the findings of an investigation from the National Highway Traffic Safety Administration, it's because the government body has discovered a safety issue and prescribed a recall. In this case, however, NHTSA has closed an investigation into a reported performance deficit without ever getting to the recall stage.
The issue revolves around the Ford F-150 - specifically those equipped with the 3.5-liter EcoBoost engine - of which some 360,000 were built in the 2011, 2012 and 2013 model years. After receiving an initial 95 complaints, NHTSA opened an investigation last May - almost a year ago - into the reported issue of reduced engine power under hard acceleration. The agency has since received a total of 525 such complaints, and Ford itself reported receiving over 4,000.
Together, NHTSA and Ford determined that the problem resulted from cylinders misfiring, an issue itself stemming from water getting into the charge air cooler (CAC) mated to the turbochargers. In particularly humid or rainy conditions, water was found to get into the CAC, causing some of the cylinders to misfire, which in turn triggered the ECU to disable those cylinders in order to protect the catalytic converter from damage.