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Alyn

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sSeems like the MCM forum is crawling with 29 Fords of one type or another right now. I've been wanting to build one since this spring. I was visiting my parents in Salt Lake City and my dad was showing me some pictures a friend had given him of their early years. When he came across a hot road roadster that his friend Rob use to own, I knew immediately it was a future model subject. When I ran across the AMT/ERTL Ford Model A Roadster kit at the recent Kustom Kemps Leadsled show, I grabbed it.

 

Not much to show yet. This one is molded in red plastic, so primer will be key. My dad's picture was in black & white, so I don't know the true color of his buddy's car, but it's dark, so this one will be a dark midnight blue. The wire wheels are from AMT's 32 5-window kit. The engine will be the flathead from the 29 kit. I resin cast the 32 grill shell, some heads and a manifold and stripped the chrome off the carbs. Not a whole lot of progress so far; mainly because a lot of the details are still up in the air.

 

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Edited by Alyn
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Cool. :D Channeled over A rails with a flattie. Is this what the original was? Definitely a lo-budget car, especially with the pre-war wires. Was the original a pre- or post-war car? The V-8 would tend to place it post-war but those wheels make it an early car, whether it was the owner's build ore an existing rod that he tiought. All this lends tons of uniqueness and interest. Looking forward to more... ;)

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  • 2 weeks later...

A week's gone by and not a whole lot more to show. I don't know much about this car, mainly just what I can see in one small, grainy, black and white photo. I don't have it in .jpg format, otherwise I'd post it. My dad, and presumably his friend were a bit young before the war to be building and driving hot rods, so I'm pretty sure this car is post war. Unless maybe it was built by someone else and bought later on.

To get the front end down, it'll be getting a suicide front end. This will force me to mount the grille shell above the frame rails. I had a couple of practice resin grille shells around, so I cut one down to see if that would work. The diagonal cut was used to work around a flaw in my casting. Looking at the cut down shell, I wonder if maybe just lopping off the bottom might be the better way to go.

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I tend to start a kit by building the motor. The reason is probably because it's fun to work on details, and motors don't take as much creative thinking and design decisions. This will be my first flat head, so here goes. As mentioned, the heads and intake are my own resin casting. I'm still learning, so don't look for perfection. Like most motors, this one is split halves. I hate to leave the seam on the oil pan, so a couple of rounds of priming and sanding were called for. The loops in the background are plug wires and right angle boots, although I've decided not to use the boots after all. (I've seen too many pictures with bare connections at the plug).

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Alyn,

The engine is coming along nicely!! From the pics, the resin parts look fine. Let me know if you need any 1:1 pics of flathead engines. I've got a pretty good selection of various years and modification types to pick from.

It's hard to tell how well, (or not), the grille shell will look without seeing where it will be positioned on the model and how the top of it aligns with the top of the cowl. As a retired bodyman, I'm a bit of a stickler for that kind of detail...everything has to be properly aligned... :D

Keep up the GREAT work!!

Later,

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Retired body man huh Raul. I should have known by looking at your work!

Thanks for the offer on the pictures. I took a bunch at the Kustom Kemps event a few weeks ago, but I appreciate the offer. As far as the radiator goes, I know what you mean. The first thing I think of is making sure the top of the radiator shell is in line with the cowl. My concern is how the bottom fits to the frame. I'm not sure leaving the curved bottom on the shell will match up nicely with the frame cross-member. The other option is to just cut the bottom off, leaving a flat surface to set on top of the cross-member. I haven't actually spent much time on that issue yet. It's really not that big of a problem.

Here's a few more shots of some motor work. I was going to use the standard 90 degree boot style plug wires and built these. Since this is a budget build from yesteryear, no fancy colored silicone wires.

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Looking at my reference pics, it was obvious that many flatheads use these guide tubes for the plug wires so I scrapped plan A and decided to go with plan B. The tube is 1/16" aluminum. The boots will be cut off.

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There are at least 3 different styles of distributors for the flathead. This is the front mounted version on mine. The center is suppose to be metal (cast aluminum?) with caps on either side to enclose the plug wires and a cap on top that covers the mechanism (secret mystery stuff).

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Many of these older motors didn't have boots at all, so I stripped back the insulation a bit on the plug wire where it attaches to the plug to give a little glint of metal.

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You can also see the dip stick and wire clips over the distributor end caps. I didn't think using tape as a fan belt would look thick enough for this style of engine, so I took the easy way out and used the kit front belt and pulley assembly as is. Still a lot to do such as generator, starter, fan, carbs and headers.

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Edited by Alyn
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Retired body man huh Raul. I should have known by looking at your work!

Yeah...full time for 10 years until I retired in the mid-80s, then part-time, (as needed), for another 25 years... :angry:

I did mostly major accident repair/reconstruction work, but we also did the occasional custom motorcycle or hotrod...

The engine details are coming along very nicely.

I like the way that you used brass wire to pin the spark plug tubes to the distributor. That kind of minor, hidden detail really helps keep the visible glue joints to a minimum.

I do the same thing for parts like door handles, mirrors...

Keep up the GREAT work!!

Later,

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Good eye my friend. I like to pin things for several reasons; a couple more of which are alignment and strength. Not much strength needed in this application, but the pins made aligning the tubes to the distributor a snap. The drivers side tube isn't even glued on and will not be. The pin and plug wires hold it securely and will even allow for a bit of movement when I add radiator hoses(which will also be pinned).

Here's another shot of the motor. I tried to upload it earlier, but ended up with an X instead. Now it loads, go figure. The dip stick is 24/26 gage wire with the curled section flattened with pliers. It and the 1/16" brass tube it slides into were dipped in Blacken It for about 2 minutes. I've been leaving my brass parts in this solution for longer than the specified time, but they aren't getting quite as black as I'd like. I guess a little more experimenting is in order.

Thanks for your good words and observations.

Cheers

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...It and the 1/16" brass tube it slides into were dipped in Blacken It for about 2 minutes. I've been leaving my brass parts in this solution for longer than the specified time, but they aren't getting quite as black as I'd like. I guess a little more experimenting is in order...

And...that's why they call it "Blacken It", not "Black It", "Make It Black" or "It'll Be Black For Sure After You Dip It In This Stuff For A While...". :lol:

For some metals, it doesn't seem to matter how long you leave it in, they just don't get completely black. Go figure...

Later,

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Ok, I'm gonna google ""It'll Be Black For Sure After You Dip It In This Stuff For A While..." and see if I can find some on the internet.

Thanks, Marcos, happy to see your interest. I've been working on some frame rails tonight. I don't have much yet, but they're starting to show some promise. I cut a slot in the end of each rail and the used solder to close them back up again.

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Most of the solder was filed off leaving just enough to hold the shape.

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Then a row of .080" holes were drilled with the Dremel on the section of the rail that will be visible ahead of the firewall. That should be a 2" hole in scale. I used rectangular brass tube so the walls of the frame rail would be apparent once the holes were drilled. The wall thickness is .012 or roughly 1/4" in scale which is reasonable thickness for frame material. The frame was going to be painted basic black, but I think I may have to change to a brighter color to show off the holes.

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Edited by Alyn
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OK Alyn, now you're hitting your stride. :blink: After that really nicely detailed out flattie you hit us with this Gorgeous Frame Work. :lol: And, BTW, did anyone notice that really nice engine stand? Why do I think more care and craftmanship is likely to go into this build than went into the original 1:1?

Like I always say - Keep On Buildin'!

B.

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Hitting my stride; maybe, but my steps are short. I'm not a very fast builder.

Here's the current status of the frame. I used brass to get the look I wanted on the holes. With no other reasons to use brass, the frame will end up as a brass/plastic hybrid with the cross members at each end coming from the plastic 29 frame. To get a reasonably strong joint, pins were superglued into each side of the front cross member. Then the pins were inserted into the ends of the rails using epoxy to secure the parts together.

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The cross member, with drive shaft safety hoop was also made from brass. The reason for this is that I felt it would be stronger to solder this part in place rather than using glue or epoxy. The rear cross member, which I am still working on will also be from the plastic 29 frame and will include a Z'd kick up in the rails.

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Here's a mock-up showing how the body and frame will mate up. You can also see how nicely the tapered frame rails flow into the curve of the plastic frame horns.

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Here's the front section pretty much done. I used a bit of red glazing putting to clean up the seam between the brass and plastic. Still to come will be front spring hanger, motor mounts and radius arm mounts.

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Thanks for following along :)

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Tried to post two pictures of the engine, but I FAILED!

So, here's the one that worked.

I added the rear cross member to the frame and primed it and set it aside. Then I got busy on some more engine detail. Some 26 gauge wire was used for throttle shafts with flattened 26 gauge used for the linkage arms. Then silvered 28 gauge was used for the link between the arms. I also wound my own throttle return springs using silvered 34 gauge wire. Fishing line with 3/64" brass tube used for fittings, 3/32" aluminum tube used for carb stacks. The insides are painted red with brass inside the base to simulate butterfly's. The red was more visible in the other pic. I'll try to upload it tomorrow if I get a chance.

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Edited by Alyn
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