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The fun begins! The first
assembly is the front suspension.
Here's a
shot of the bare frame, as Nate contemplates the massive job
ahead of him.
Note the
body buck to his right; Nate has just built it and the body is
about to take up residence on it. |
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Here are some of the front
suspension parts laid out on the workbench. At left are the lower
control arms, and at right are the brake calipers, all from the
Mustang.
In the rear
center you can also see one of the fabricated upper control arms,
which come with the FFR kit, and the Mustang's brake backing
plates. All the Mustang parts are in amazingly good shape. |
Nate has just sprayed the
Mustang parts with Eastwood Chassis Black. Don't they look great? |
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Here Nate does a
trial fit of the Mustang steering rack into the chassis. It won't
be bolted in till later.
Note the
upper control arm attached to the chassis at left. This is the
first part we installed. |
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Now we get down to business.
Nate is installing the right-side lower control arm.
Note the
pieces of plywood and the carriage bolt in the foreground. This
is our first clever tool, Hine-Pennington Racing part number
00001.
This tool
was necessary because the ears on the frame to which the control
arms attach were located too closely together, and the control
arm bushings wouldn't fit in between them. The tool spreads the
ears apart so we can get the control arms in. |
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Here the front spindles are
attached to the upper and lower control arms by their ball joints.
Note the
bolts in the upper center of the spindle. These are part of a
patented FFR idea, which uses a fabricated part to cleverly convert
the Mustang strut-suspension spindle to one suitable for the
Cobra's unequal-length control arm suspension. The FFR part is
a welded fabrication made of heavy steel stock which simply bolts
in place of the Mustang's strut and carries the upper ball joint.
By the way,
these bolts, which are from the Mustang, caused us a few minutes
of panic, because someone (probably me) had stashed them in the
garage attic, in between some wall joists, while organizing the
parts stash.
Later, when
we needed them, we went through all the boxes but we couldn't
find them (duh!). We made a panicky call to Mark Reynolds to
get him to send some more. He did so, even though he was quite
sure he'd shipped them.
Of course,
five minutes after Mark mailed the replacements, we found them.
Sorry, Mark! |
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Here's the whole spindle/control
arm assembly. The block of wood at lower left is holding up the
suspension to make it easier to work on.
Once we get
the spring/damper unit in, we won't need ths. |
Here's a view from the left
side. Now the springs and dampers are in, and it's looking pretty
cool! |
Now, finally, the steering
rack is in too! Doesn't this look totally awesome? |
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Nate is greasing up the wheel
bearings and putting them in the front brake rotors, which double
as hubs.
Nate carefully
masked the braking surfaces on the rotors and painted the rest
with Eastwood brake caliper paint, so they wouldn't turn rusty
orange the first time they get wet. |
Here Nate tightens
the nut down to hold the hub/rotor to the spindle. |
Viola! |
Here I am, hogging
all the glory for the front suspension assembly, at least three
quarters of which was done by Nate! |
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I did actually do
a lot of the work on the steering, though. Here I've installed
the steering rack and the three shafts (one from the Mustang,
two from Borgesen via Breeze), along with the two pillow blocks
(from FFR kit) which support the shafts.
I had to
space the lower pillow block out with three washers per bolt,
in order to allow the middle steering shaft to clear the frame
in the footbox area.
And no, the
steering wheel isn't supposed to be on yet, but I couldn't resist!
Doesn't it look great? It sure was fun twiddling it to make the
front brake discs steer! |
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As it turned out,
the Mustang upper shaft, which Mark Reynolds had thoughtfully
painted for us, was too large to fit into the middle shaft. It
has to slide fairly freely so if you crash, it can telescope
into the middle shaft so the steering wheel won't kill you.
Cale helped
me a great deal by sanding off the paint so the upper shaft would
fit properly. We coated it with anti-seize so it wouldn't rust
and become immobile later. The whole operation required Cale
to assemble and disassemble the shafts and upper pillow block
several times (with much tapping and clanking in the vise) until
he got the right fit. Finally, after he got a good fit, Cale
reinstalled the shafts and pillow block.
Here you
see Cale enjoying the fruits of his labor. See, didn't I tell
you it was fun to have the steering wheel in place? |