Attention to detail separates one car from the next, like the attention to detail infused into each individual build. Many times it’s the smallest addition that makes you stop and take notice. A hot rod’s interior is a perfect place to showcase creativity and add just the right amount of personalization to make someone take notice. On a recent visit to The Hot Rod Garage in Denton, Maryland, we caught up with Ray Bartlett and his talented team as they were preparing to fabricate a custom dash panel for his new Deuce roadster. Wanting to add a hint of elegance to the ’32 Ford three-window coupe dash it was obvious a custom gauge panel and insert were in order.
To get started, basic white...
To get started, basic white copy paper was secured to the dash with Scotch blue masking tape. A pencil was then used to transfer the gauge opening’s raised bead area and create a template of the ’32 Ford three-window coupe dash.
To get started, Dean Alexander began by first removing the steering wheel to allow ample access for working within the interior. Using standard white copy paper he laid a blank template across the dashboard opening and secured it in place using Scotch blue masking tape (known for its easy removal from painted surfaces). With a standard No. 2 pencil, he traced the raised bead section of the opening with the side edge of the pencil tip, creating a mirror image. After carefully removing the new tracing, he cut it out with scissors. For added rigidity in the upcoming fabrication stage, the template was traced onto a section of waterproof panel board, which was trimmed with a razor knife and checked for accuracy to the dash area. Wanting the dash panel to be a solid mounting area for gauges, switches, and indicator lights, Alexander chose a sheet of 10-gauge steel to use as a base. After tracing the template onto the steel with a scratch awl, a bandsaw was used to carefully cut out the panel while wearing eye protection. A pass over a belt sander deburred the outer edges to complete the panel base. In order to add some subtle accent to the panel, Alexander cut a 1/4-inch strip of stainless steel, which would look perfect around the outer circumference. Measured at 35 inches, this amount would allow just enough excess to trim upon completion. To prepare it for installation, he first worked its surface over with a DA sander capped with a 400-grit disc to remove any imperfections while also adding a slight bevel to its outer edge. A final run on the polishing wheel with some blue rouge added plenty of brilliance. The panel was then clamped facedown to a welding table with an 1/8-inch spacer underneath. This would allow a nicely laid 1/8-inch raised reveal to be welded to the perimeter. Using a Miller Synchrowave 250 TIG welder, Alexander tacked the bead edge in place every 3/4 inch and worked the corners with grace using a finishing hammer to keep the corners nice and tight. Once completed, he trimmed the excess using a bandsaw and welded the seam to perfection. A final pass with 400-grit and the buffing wheel added plenty of dazzle to the edge again.
Once the template was cut...
Once the template was cut out and test-fit, it was then transferred onto waterproof panel board for rigidity. Using a scratch awl, the design was etched onto the surface of a sheet of 10-guage steel.
Nothing says nostalgia better than a dash insert crafted from engine-turned aluminum. Alexander used the existing dash template to mark out a section on a panel of ready-made engine-turned aluminum. Leaving the protective plastic coating intact, he cut out the insert using a bandsaw and massaged it to a perfect fit using a belt sander. Note that this takes time and can require a number of light passes over the belt sander to attain a flawless fit. Next it was time to lay out the gauges, switches, and indicator lights on the face of the panel base, starting with the speedometer to maintain perfect balance from left to right. After noting the exact location of each item and marking its true center, a spring-loaded center punch was used to prepare each for drilling. From the top side of the panel base an 1/8-inch pilot hole was drilled for each item to be installed. To protect the aluminum insert during the drilling stage, Alexander sandwiched it between the template, base panel, and a section of wood clamped to a workbench. He then re-drilled the pilot holes in their exact locations. The insert was then separated and prepared facedown first for the hole saws to be used to open marked areas for the gauges. He then flipped the panel over and used a step-drill to complete the openings for the switches. With a drill press, hole saws were used to open the exact dimensions to accommodate the gauges and switches to the steel panel base. It’s a good idea to use a bit of machine oil on this step to ease the cutting. Once completed, each hole was deburred with a half-round file and test-fitted with each component. At this time the protective coating was removed from the aluminum insert. Once assembled and installed in the dash, the completed panel added plenty of tasty traditional personality to the roadster accented by neat, limited-edition Mooneyes gauges and switches from SO-CAL Speed Shop.

Hot Rod Garage team leader...

Hot Rod Garage team leader Dean Alexander used a bandsaw to cut out the steel panel.

A belt sander was then used...

A belt sander was then used to deburr the outer edges of the panel and give it a nice smooth finish.

The exterior perimeter of...

The exterior perimeter of the panel was measured (allowing for slight additional length of the wrap) for the addition of a stainless steel bead edge. Here the measurement was 35 inches.

A 1/4-inch-wide strip of stainless...

A 1/4-inch-wide strip of stainless steel was cut from plate stock 35 inches long and a DA sander with 400-grit paper was used to clean up the surface and add a slight bevel to the outer edges. It was then polished using blue rouge on a buffing wheel.

Using Vise-Grip C-clamps,...

Using Vise-Grip C-clamps, the panel was secured facedown with an 1/8-inch spacer underneath. This allows for a clean raised bead lip to the exterior of the panel. Alexander TIG-tacked the bead edge in place every 3/4-inch using a Miller Synchrowave 250 TIG welder.

The heat transfer of the TIG...

The heat transfer of the TIG welding allowed for an easier transition around the corner of the panel for nice tight curves using a finishing hammer.

After the excess stainless...

After the excess stainless trim was removed by the bandsaw a final TIG weld erased any memory of a seam. At this point the panel was starting to look wicked.

To clean up the outer edge...

To clean up the outer edge from all the heat transfer, a DA sander with a 400-grit disc did the trick to tidy up the stainless trim. It was then polished to a mirror-like finish on the buffing wheel with blue rouge.

Using a sheet of ready-made,...

Using a sheet of ready-made, engine-turned aluminum the insert template was traced onto the surface using a black marker. Be sure to leave the protective plastic cover in place until completion.

Using a bandsaw, the aluminum...

Using a bandsaw, the aluminum insert was cut out. The outer edges are deburred using a belt sander to ensure a smooth finish. It takes time at this step to ensure a perfect fit of the insert into the dash panel.

The gauges were laid out in...

The gauges were laid out in their exact locations starting with the speedometer and the panel was marked for their placement as well as those for any additional switches and indicator lights.

The gauge placement holder...

The gauge placement holder (in the original shipping carton) made a perfect template for tracing out the gauges once their placement was established. Black marker was used for the layout.

After using a spring-loaded...

After using a spring-loaded center punch to mark all of the initial holes to be drilled in the panel, an 1/8-inch drill bit was used in the drill press to get started.

In order to protect the aluminum...

In order to protect the aluminum insert for initial drilling, it was sandwiched between the steel panel and template (face up), clamped to a section of wood, and secured to a bench.

The initial holes were again...

The initial holes were again drilled through the steel panel from the bottom through the aluminum insert with an 1/8-inch drill bit.

With the panel and insert...

With the panel and insert separated, each was drilled for gauges, switches, and indicator lights. Here a drill press was used with a hole saw for the gauge openings in the steel panel.

Once all the drilled holes...

Once all the drilled holes were completed, a half-round hand file was used to deburr all openings.

Filled with limited-edition...

Filled with limited-edition Mooneyes gauges and switches from SO-CAL Speed Shop and accented by an engine-turned insert and polished stainless steel outer lip...

... the combination oozes...

... the combination oozes traditional styling.