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This barn held two very different 1968 Mustangs — a base six-cylinder car, and a genuine mid-year 428 Cobra Jet Fastback GT that Ford built specifically to homologate for drag racing. Both need real mechanical work after years in storage, but only one of them is one of the rarest production Mustangs ever built. See what a side-by-side barn find reveals about how differently the same model year could turn out.
A shop’s 800-horsepower build starting from a numbers-matching 1970 Ford Boss 302 highlights just how far modern engine building has come from Ford’s original homologation special, a car built purely to satisfy SCCA Trans-Am racing rules rather than chase a horsepower record. The factory version made a modest 290 horsepower; this one makes nearly triple that. Read on to find out exactly what separates the two and how a rulebook, not a dyno, created the original Boss 302.
When Bennie Horton turned eighteen, his father handed him more than a graduation gift — he handed him a 1965 Ford Mustang GT Convertible in Silver Smoke Gray the family had owned since new. Four years ago, Bennie gave the car the restoration it deserved, and today it carries a story most owners can only dream of: a documented lineage, a decades-old photograph held by an uncle who’s never seen the finished car, and a family that never let it go.
A brand-new, completely stock 2018 Mustang GT heads straight to the strip — break-in period be damned — with the owner’s wife and daughter along for the ride. The 119 mph trap speed on box-stock tires drew immediate praise from viewers, but it’s the family moment at the end, and the years of comments from people rewatching it since, that turned a simple run into something people keep coming back to.
Somebody took a 1969 Ford Mustang Mach 1, cut the hood open, and let the engine stand up through the sheet metal in plain view. It is the most literal statement a pro street build can make, and it raises an immediate question about what is actually mounted down there. Ford built 72,458 Mach 1s that year, but only a fraction carried the engine that made the model famous. Read on to find out why builders almost never start with one of those.
The Camaro ZL1 already had 650 supercharged horsepower and a chassis built to embarrass sports cars twice its price. The 1LE package left that engine untouched and rebuilt everything else instead, chasing a sub-7:17 Nurburgring lap through dampers, aero, and lighter wheels. Read on to see how a track-only variant of an already extreme car earned its own legend.
Ford’s fifth-generation Mustang solved a problem the company had struggled with for years: how to modernize an icon without losing what made it iconic in the first place. Built on an all-new platform but styled after the fastback Mustangs of the late 1960s, the 2005 redesign set the template every American pony car would follow for the next decade. Read on for the engineering decisions behind the comeback.
Ford built over 600,000 Mustangs for 1966, which makes it easy to assume every survivor is interchangeable. A factory four-speed convertible with the 289, the Deluxe Pony interior and styled steel wheels says otherwise, because most convertible buyers took the automatic and skipped the performance boxes. The letter stamped in the engine code changes everything about how one of these drives. Here is how to read a 1966 Mustang properly before you buy one.
This video calls itself home to “quite possibly the rarest Mustang in the world” — a badge-engineered German-market car called the T5, renamed because Ford couldn’t use “Mustang” in Germany over a trademark conflict. The comments section immediately went to work fact-checking the engine specs and the exclusivity claim itself. Dig into the debate to find out what’s actually true about one of Mustang history’s stranger footnotes.
Most self-described Mustang fans can name the car on sight, but can they name the fighter plane it’s named after, or the year its horsepower hit an all-time low? This look at pony car trivia digs into the prototype badges, supercharger conversions, and Hollywood cameos that built the Mustang legend, ahead of a quick IQ test to see how much of it you actually knew.
A four-cylinder Mustang sounds like a contradiction, but Ford’s 2.3-liter EcoBoost makes more torque than the V6 it replaced, delivers it 1,600 rpm sooner, and returns 32 mpg on the highway. It also takes weight off the nose and responds to tuning in ways a naturally aspirated engine never could. The compromise is the noise, and it is a real one. Read on for why Ford already tried this once in 1984.
The letter K in the fifth VIN position marks a 1966 Mustang as a Hi-Po 289 car, and almost nothing visible from the outside can prove it. The differences are internal: a solid-lifter camshaft, higher compression, a distinctly thicker harmonic balancer, and a rev range no ordinary 289 could reach. Fewer than 6,000 were built that year. Read on to find out how to tell a real one from a very convincing copy.
Ford did not build a new engine to make the 1965 Mustang quick. It reached into a completely different car’s parts bin, pulled out an engine that had already been proving itself elsewhere for two years, and charged a serious premium for the privilege. Only a tiny fraction of buyers ever checked the box, and the horsepower figure attached to this car deserves a closer look than it usually gets.
Ford put one engine at the very bottom of the 1967 Mustang order sheet that almost nobody circled: the S-Code 390, a 320-horsepower FE big block that required a redesigned engine bay just to fit. Buyers looked at it, looked at the lighter small-block GT beside it, and mostly walked away. That indifference is exactly why a documented S-Code GT fastback in original spec is now one of the harder first-generation Mustangs to verify and to find.
Greg Hillyer walks through the welding and prep work behind one of the more ambitious Mustang modifications an owner can attempt: converting a 1966 coupe into a fastback by grafting on a donor roof. It’s a job that demands precision most home builders never attempt, and the stakes for getting the fit and structural integrity right are high. At least one viewer credits a direct conversation with Hillyer for the success of their own conversion. Watch to see exactly how the roofline transformation comes together.