Ford's "Godzilla" V8 engines are some of the strongest gas-powered blocks in its lineup. How do the 6.8 and 7.3 versions ...

Today sees the launch of the brand new 7th generation Trek Fuel lineup. Featuring a revised chassis with a huge array of in-built adjustability, the new Fuel is offered in three models; the Fuel EX, ...

DOE's regional averages are drawn from its weekly national survey of about 400 diesel service centers. The stations are surveyed on Mondays and the results are reported late that day. DOE divides the ...

The 7.3 Power Stroke turbodiesel has become an iconic engine that's considered by some to have heavily influenced diesel design. The 1994 Ford Super Duty was the first to showcase the 7.3-liter Power ...

Among diesel enthusiasts, few engines have reached the same levels of fame and prestige as the 7.3-liter Power Stroke. The 7.3L motor powered the Ford F-Series from 1994 to 2003 and represents the ...

The Ford 7.3L Power Stroke engine is legendary in diesel circles. It is one of the main reasons the 1999 to 2003 Ford Super Duty trucks are still so popular today. Its reliability is unsurpassed, and ...

When you had a hand in formulating an engine while working at the corporate level, there’s a solid chance you will go into retirement with some killer builds in mind. While the aftermarket loves to ...

As it seems, engine builders love Ford’s 7.3-liter “Godzilla” V8. Ever since it was announced as a crate offering, they’ve been throwing parts at ’em and cranking up the dial for big power. We’ve ...

Ford created quite a buzz of excitement in late 2019, when it revealed that an all-new 7.3L V-8 gas engine would be the standard powerplant for its 2020 Super Duty lineup. As traditional pushrod ...

Shawn Smalley and his family were 900 miles from home, pulling a 36-foot toy hauler, when the 7.3L Power Stroke engine in Shawn’s ’01 Ford F-250 let go. What had been a wonderful family vacation ...

The Supporting Information is available free of charge on the ACS Publications website at DOI: 10.1021/acs.jpclett.6b00216. Cost analysis assumption, performance loss at low-Pt cathode, differential ...