2012 Ford Escape 4 Door Limited 4x2, Leather, Sync, We Finance! on 2040-cars

Auto blog

1964 Ford GT40 prototype to be auctioned in April

The Ford GT40 owns a firm spot on the list of the greatest American racecars ever made, being the first car from the United States to take an overall win in the 24 Hours of Le Mans. And now Mecum will auction what it claims is second-oldest GT40 still in existence at its Houston sale on April 12.
The story of the GT40 is fascinating. Henry Ford II attempted to buy Ferrari in the early '60s, but Enzo refused. Ford decided if he couldn't have them, then he would beat the Prancing Horse on the track. Ford went to Carroll Shelby and asked him to spearhead the program. The early cars combined a steel monocoque chassis with Ford's 4.2-liter V8 engine pumping out around 350 horsepower. The first prototype made its public debuted on April 1, 1964, at the New York Auto Show.
Shelby kept building prototypes, including GT/104, which is for sale here. This version featured a lighter steel chassis and was raced at Le Mans in 1964. However, a fire forced it to retire. It was then repainted and had a 4.7-liter (289-cubic-inch) engine fitted. The chassis had its best finish at the 1965 Daytona Continental 2,000 Kilometers where it finished third with Bob Bondurant and Ritchie Ginther behind the wheel. Later that season, it was shipped back to Ford where it was restored and displayed at auto shows until 1971 when the automaker sold it. Since then, it has had many private owners.

Saab-powered Ford is the most unlikely drift car we've seen

Yes, you read that headline correctly. It's supposed to be a Saab-powered Ford, and not the other way around (although we fully support the notion of a Sonnet with a Flathead V8). Apparently, some lunatic in the UK took an ass-less 1953 Ford Anglia, paired it with a turbocharged Saab engine, and tuned the entire thing to go drifting. We like it. Called Urchfab, it's the subject of Carfection's (the blokes formerly known as XCar) latest video. Aside from looking like an extra from the British version of Mad Max, it has a problem with grip, in that there's just too much of it. This car is a fabber's dream, as we get to see its unnamed owner fashion new bits and bobs for the suspension before having an unfortunate encounter with a wall at Castle Combe. You can check out the full video up at the top of the page for a closer look at this monstrous Anglia. Related Video:

Ford finds flex-fuel engine design plays big role in emissions output

How bad is ethanol for your engine? There's been a lot of debate on this issue as the US considers upping the biofuel content in the national gasoline supply from 10 percent (E10) to 15 percent (E15). The ethanol industry and some scientists say higher ethanol blends show no "meaningful differences" in new engines while the oil industry says ethanol creates health risks. Researchers working at the Ford Research and Innovation Center decided to take a closer look at how a wide range of gas-ethanol blends - E0, E10, E20, E30, E40, E55 and E80 - affected the emissions coming out of a flex-fuel 2006 Mercury Grand Marquis. To see the full report, printed in the journal Environmental Science & Technology, requires payment, but there is an abstract and Green Car Congress has some more details. The gist is that, "with increasing ethanol content in the fuel, the tailpipe emissions of ethanol, acetaldehyde, formaldehyde, methane, and ammonia increased." At least NOx and NMHC emissions decreased. The researchers say that the effects are due to the fuel and "are expected for all FFVs," but that the way that a manufacturer calibrates the engine will affect NOx, THC, and NMOG emissions. It's this last bit that's important, since the researchers found, "Higher ethanol content in gasoline affects several fundamental fuel properties that can impact emissions. ... These changes can have positive or negative effects that can depend on engine design, hardware, and control strategy. In addition to direct emissions impacts, higher ethanol content fuel can also provide more efficient combustion and overall engine operation under part-load conditions and under knock-limited higher-load conditions." So, as we head towards more ethanol in our fuel supply (maybe), manufacturers are going to need to learn how to burn it most efficiently.