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Project '67 Makeover (continued)
Got enough Clearance Clarence?
Along with new heads comes our opportunity to ditch the low-hanging
headers. The Dart heads have wider bolt hole spacing around
the exhaust ports, making the standard Ford pattern exhaust
header useless. While the performance of the Jet-Hot coated
Hooker SuperComp's was superb, let's face it, you can't worry
about scraping the tubes every time you want to drive the
car. Fortunately for us Ford Powertrain Applications (FPA)
was developing a Dart specific header earlier in the year,
so we purchased a set. If you are not familiar with FPA, you
are missing out on what a set of properly engineered headers
is supposed to fit like. We were absolutely stunned at how
perfect his headers fit around our Lakewood bellhousing and
clutch cable. We also gained about 3" inches of ground
clearance since the FPA headers are so neatly tucked. Another
great benefit is that the clutch cable or mechanical linkage
does not pass through the header tubes like on most long tube
small block Ford headers.

Dart heads use a wider exhaust bolt pattern. This means
standard headers will not work, unless they have both
header bolt patterns drilled into the flange. |

FPA developed a Dart pattern header specific for 65-68
Mustangs. |

The Hooker Super Comps are great performing headers, but
their low hanging tubes are a nightmare on a lowered street
car. |

FPA designs their headers to fit tightly under the chassis.
We had not a single area of interference with the Lakewood
bellhousing. The ball and socket style collector also
offers better sealing and gorund clearance than the flange
style. |
Going all out!
By
far the biggest change for Project '67 will be the departure
from carbureted to fuel injection. We've always thought a vintage
Ford with a modern computer-controlled engine would be the way
to go for a street machine. Just take a look at our article
"Innovation
or Insanity" on Thomas Tornblom's Cleveland EFI conversion
in his Pantera. While we won't be as clever and innovative as
Thomas was, we will be using an EFI conversion kit that is ingeniously
designed to give the appearance of a carbureted system.
The Mass-Flo
EFI system is based on the Ford EEC-IV system, however is
fully customized to be a smooth and easy installation. They
convert a carbureted manifold to accept injectors and the required
air and coolant temperature sensor. A four-hole 1000-cfm throttle
body sits atop the manifold just like a carburetor would. A
specially designed mass-air meter fits over the throttle body.
This allows the use of a carbureted air cleaner assembly for
a truly stealth look.

Mass-Flo converts the carbureted
manifold of your choice to accept fuel injectors. The
quality of welding around the bungs in top notch, and
the manifold includes huge high-flow fuel rails. |

A custom fabricated, stainless
steel and aluminum 1000cfm throttle body sits on the manifold
like a carburetor. |

A mass air meter, based on the
GM design, fits between the air cleaner base and throttle
body, giving a carbureted
appearance. A special electronic module converts the
GM signal to Ford |

Unlike other kits which sell you
a stock 5.0L Mustang harness or some variation of it,
the Mass-Flo fuel injection kit includes a harness that
is custom made for the vehicle you are installing into.
This is the early Mustang harness. We'll go through how
to install it in detail in the next issue. |
In the next issue we will fully detail the EFI conversion process,
including all the wiring and fuel system requirements to make
this set up work. We'll install the system on our 331 engine
and get it tuned naturally aspirated. Then we'll make the necessary
changes to add the blower.
So there you have it, we've revealed our New Year's resolution
and we're certain this time we're going to change. 
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