Worst Four Wheeler Projects - Five Floppers
The Worst Four Wheeler Projects of All Time
Not every dart hits the bull’s eye. Whether by bad design, poor execution, absence of common sense, or just not knowing when to leave well enough alone, some projects kind of go wrong. Nobody is perfect; least of all us. The annals of history have proven that in five of the projects you see below.
4xForce
Common sense? Not on this build, bub. Covered back in the halcyon days of chrome shocks and over-the-top graphics (1989, to be exact), the 1988 Chevy 3500 pickup was first treated to normal upgrades like a bedliner, shell, and 33x12.50R16.5 General Grabber tires. Then it happened. Magazine article on a CB and radar detector install? Sure. Rear-mounted winch? Sounds good, but let’s go with an 8,000-pound one since this is only a 1-ton pickup.

Don’t wanna get too crazy, do we? Engine mods to the factory 454-cube big-block? Nah, let’s yank it and stab in a mega-dollar 381-cube small-block stroker. But not before building the Chevy engine with a gazillion dollars in “performance” heads, a roller cam, and a crazy-expensive Hilborn injection system. The result was a show-car engine installed in a work truck chassis. Throwing the same amount of money at a big-block Chevy would’ve certainly resulted in more than the 403 hp and 428 lb-ft the stroker dished out. But when you’re so focused on your paint scheme, we guess it’s hard to keep track of the little things.
Project MGP
This project makes the list not so much because of the vehicle itself, but because of the sheer amount of time, energy, and money tossed at it for so paltry a return. Indeed, the level of detail that went into the data collected on power and mileage gains certain modifications had on this 1988 Ford F-350 Centurion was staggeringly impressive. It was a great scientific experiment and probably one of the most thoroughly complete examples of project vehicle data-logging. After each and every modification was installed, the vehicle was dyno tested and then run through a grueling and repetitive city and highway mileage loop to determine the power and mileage difference from its baseline of 4.6 mpg city and 8.9 mpg highway.






