Bad Ass Mustang

 
This bad to the bone, twin supercharged / twin nitrous system 65 Fastback was my personal car. It has a killer 347 stroker with all forged internals, including a light weight forged crank, H-beam rods, JE pistons, race ported Victor Jr. heads, a .630” roller cam and a few other goodies that are completely one of a kind.

Aside from the PAIR of 55 mm cog driven Paxton NOVI 1200 supercharges, it has dual nitrous systems. One acts as an intercooler, and the other is a fuel / nitrous delivery system. It also has a one of a kind intake manifold that we fabricated out of what was once an Edelbrock RPM “Air Gap” intake manifold that we machined the entire insides out of and TIG welded a custom made dual carb mount to it for the pair of one of a kind, custom built Quick Fuel technology carbs on top.

The carbs I designed myself and had my friend Zak and the guys at Quick Fuel Technology build them. Basically with a small block Ford like this, you are really limited on space because the engine is so small and short, so 2 in-line double pumpers were simply out of the question, and mounting a pair sideways would create more headaches with linkages and such than I wanted to mess with. It just didn't need to be that complicated, so I came up with the idea of making a pair of shorty double pumpers using 4160 series front bowls all the way around and getting rid of the transfer tubes. I also wanted annular discharge boosters and metering blocks on both the front and the rear for jetting and tuning purposes. By doing this, it allowed us the space to mount them both in-line for the pair of blow-through bonnets.

It runs absolutely awesome! We ran it on a chassis dyno just to check the air / fuel ratio and it made 614 HP at the rear wheels on pump gas without the nitrous system in use! That is about 760 or so HP at the flywheel. A little extra tuning and we picked up an additional 66 HP. We never ran it on the chassis dyno with the nitrous system.With the standard street tires we had on it, it was already hazing them on the rollers no matter how tight we locked the car down, it kept spinning the tires on the rollers due to the ridiculously quick engine response. It would go from about 3,000 RPM to 8,000+ RPM instantly, plus it's already completely out of control when you drive it, so there's no way to really use for the nitrous when you already can’t keep it straight or pointed in the direction you would like to be going, so it never got used.

Now, some guys will be saying; "Well my buddy has a supercharged 2012 Mustang that makes 800 RWHP". Yeah, that's fine and dandy on an overhead cam, 4 valve per cylinder, computer designed & controlled engine, but we're doing all of this with an early 60's design push rod engine with no computer, no timing controls, no special tuning on the fly, 2 valves, etc. It's with carbs, pump gas and raw, brute force and only about 12 psi of boost. Most of these seriously monster late model, highly tuned, overhead cammed EFI cars are running 15 to 20 psi, (or more) of boost, so there's a bit of difference between the two. We're old school.

If you want to see this car make a low 11 second pass (with the driver letting off the gas between shifts) then watch the video clip below. The driver is the son of the guy who bought my car and he is letting him drive it for the first time. You'll see him peel off an EASY 11.30 in full street trim, on pump gas and crappy tires with the kid letting off the gas between shifts. I later asked him why he did that and he said he was used to driving his Diesel truck and shifting a manual transmission where you let-off between shifts.

This car has gone into the upper 10's @ 125 MPH in the same full street trim and crappy Cooper street tires on it. It is VERY hard to hook this thing up when it is only running plain street tires! Watch it launch, you'll get the idea. It has to launch real soft and slow or it'll just shred the tires and not go anywhere. Cars running 3 seconds slower launch harder than this thing does because it's set-up for road racing, not drag racing. Watch it launch, there is literally zero weight transfer and no suspension travel when it launches, and if you listen close, you can hear the kid driving it actually letting off on the gas between shifts. It sounds like a 4 speed car but it's an automatic. Not bad for a car that drives on the street like any other car does. That ain't no generic crate motor in that baby, that's for sure.