2002 Ford Focus Lx Sedan 4-door 2.0l on 2040-cars

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Ford highlights new F-650 and F-750 with full-size Tonka show truck [w/videos]

Who among us hasn't been tempted by the prospect of buying a big yellow truck and painting the name Tonka along the side? Well apparently there were some folks over at Ford who were just as tempted, only they actually had the means to make that childhood fantasy a reality in the form of the truck you see here. Revealed at the NTEA Work Truck Show this week in Indianapolis, this Tonka show truck stands nearly 10 feet tall. It's painted bright yellow, just like the one you played with in the sand box (and probably still would given the opportunity and maybe no one else looking) and has a blacked-out nose treatment and special graphics. As you can see, it's also equipped with a working dump bed, and has a truly staggering 33,000-pound gross vehicle weight rating, built to showcase the Blue Oval's new line of medium duty trucks. Of course "medium duty" is a relative term, and the new F-750 is clearly a heavier piece of machinery than the company's own Super Duty pickups, but they're lighter-duty than a proper big rig. The new 2016 Ford F-650 and F-750 are just as tough as the models they replace, but they're now quieter and more comfortable to use. In fact, Ford says its 6.7-liter Power Stroke V8 diesel is now 25-percent quieter inside the cabin at highway speeds, 45-percent quieter at idle and 35-percent quieter standing outside in front of the grille. Ford notes that it's the only medium-duty truck manufacturer that makes its own engines and transmissions. That Power Stroke diesel comes with 270 horsepower and 675 pound-feet of torque as standard, but can be upgraded to 300 hp and 700 lb-ft or all the way up to 330 hp and 725 lb-ft. Commercial buyers will also be able to choose between Regular, Super and Crew Cab models with a straight-frame, dock-height or tractor-towing frames, meaning that whatever it is you've got to haul, chances are high that the new Ford F-650 and F-750 can be set up to get the job done.

Ford EcoBoost successful because of Soviet laser weapons system expert?

Mike Kluzner is a man of many talents. Not only is he the software engineer responsible for fuel system diagnostics for Ford globally, he "got his start designing laser weapon systems capable of disabling the navigation systems of enemy satellites" for the former Soviet Union. Quite a résumé, wouldn't you say?
You may be asking yourself the same question that popped into our minds upon reading about Mr. Kluzner: What do laser weapon systems have to do with Ford and its EcoBoost engines? We'll let the man answer himself. "The same process for analyzing key physical relationships works for what we do today in engine combustion, catalyst chemistry and mechanics," says Kluzner. "These are all part of Ford's software engineering expertise." Who are we to argue?
Ford also employs an engineer who previously designed software to detect damage to the heat tiles on the International Space Station, as well as one who's past work involved particle physics, says the automaker in the press release below. David Bell (pictured above right), global boost system controls engineer for Ford, describes the software running EcoBoost as "the secret sauce" that makes the technology work as the driver intends and demands.

NHTSA closes rollaway investigation into 1.56M Ford SUVs

It's taken four years of study, but the National Highway Traffic Safety Administration has finally closed the books on its investigation into rollaway accusations surrounding 1.56-million Ford SUV models.
The probe, which centered on the 2002-2005 Ford Explorer, 2002-2005 Mercury Mountaineer and 2003-2005 Lincoln Aviator, ends without the federal agency calling for a recall. According to The Detroit News, the investigation was closed due to a "low number of complaints" - NHTSA documented 180 such complaints that resulted in 14 crashes and six minor injuries, but the number of incidents have been slowing. The suspected defect rate for the trucks' automatic transmissions was found to be 4.4 per 100,000 units, and the brake-shift interlock mechanism failure rate was judged to be even lower at 3.4 per 100k.