Tommy's
1939 Chevy Sedan Delivery
Tommy's
1939 Chevy Sedan Delivery is a rare and beautiful vehicle.
We will be doing a number of upgrades to this vehicle so
keep checking back to see what we are doing!
Some
of the photos will change if you move your mouse over the
picture to show before and after shots.
If
you would like to discuss a future project, you can email
me directly at:
Stan@AutomotiveRewire.com
|
|

|

|
|
This
is the 39 Chevy Sedan Delivery.
|
From
the back . . . |
|

|

|
| The
engine compartment is pretty sweet with all of the billet aluminum
and chrome! |
We
eliminated the wing windows and we are installing a wing window
elimination kit. One of the things to be done is to remove the
sheetmetal between the inner and outer door skin. |
|

|

|
|
After
we installed the channels and sweeps, we fit a piece of cardboard
to use as a templet. The next step is to make better templets
out of luan plywood so we can check the operation.
Move
the mouse over the pic to see a shot from the front.
|
This
is a shot of the filler piece welded into the door inner skin.
|
|

|

|
|
We
fabbed a panel out of 18ga stainless so that we could mount
the overhead console to the ceiling.
|
Here
is a shot of the overhead console "roughed-in". |
|

|

|
|
We
decided to use these great switches from Watson's Streetworks
that will power the door windows and cowl vent.
|
Please
take note that these switches are only rated for 5amps so
you will need to wire relays. Check the bottom of this page
for a link to the wiring diagram.
|
|

|

|
|
Here
is a shot of the relays mounted and ready to be wired!
Move
the mouse over the pic to see the relays installed.
|
The
radio is now wired and installed!
|
|

|

|
|
We
installed the door wire looms to carry the wiring for the
window motors. We also added switches in the A-pillar to turn
the front interior lights on when a door is opened.
|
We
added a grounding block so we could ensure our grounds are
good for the circuits that we are adding.
|
|

|

|
|
We
installed had ample room to install the front speakers in
the kick panels.
Move
the mouse over the pic to see the speaker installed.
|
The
cowl vent motor had a single micro switch installed to limit
the rotation when closing, however there were no limits during
the opening of the vent. We installed a second switch to limit
in both directions.
|
|

|

|
|
Our
friends at J&B
Microfinish from Pontiac, Il milled the gauge
cluster and under dash panel for us. They do beautiful work
and they are a pleasure to work with. Click on their name
to go to their website.
Move
the mouse over the pic to see another view.
|
J&B
Microfinish sent us a raw piece of aluminum for us to custom
fit the underside of the dash. We first fabricated a piece
of luan as a templete and transferred to the aluminum panel.
We fitted to the contour of the dash, but were not able to
bend since we would still need to milling to be done. J&B
cut the vent holes and the steering column clearance in addition
to the nice ball milling and polishing.
|
|

|

|
|
We
removed the switches from the original under dash Heat/AC
panel. Once the aluminum panel was sent back to us from J&B,
we perminately installed the panel and transferred the labels
and switches to the new under dash panel.
|
Keep
checking for updates!
|
|

|

|
|
Looking
at the driver door, you can see that we need to take the curve
out of the inner and outer door skin.
|
With
the straight rod, you can see the curve better.
|
|

|

|
|
I
marked the door where the relief cuts should be made. Once
the cuts are made, I had to flex the door just beyond straight.
Once the cuts are welded, and cooled, the door skin will flex
back some.
|
Here
is the outer skin with the straight edge . . . looks pretty
good! Now it is time for the inner skin.
|
|

|

|
|
The
passanger door had a layer of filler that lead me to believe
that this door would need more attention.
|
There
is damage where the original wing window post was and I found
that the door skin at this point was paper thin . . . this
needs to be corrected.
|
|

|

|
|
I
cut out the bad sheet metal to remove the damaged metal.
|
I
fabbed a piece of sheet metal that will be used as a backer
for the patch. This backer is longer and extends at least
1/4" beyond the hole on both sides.
|
|

|

|
|
The
filler is cut slightly smaller so that we can weld through
the gap to attach the backer to the patch when welded.
|
Here
is the finished patch after welding and grinding.
|