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Posted

Always impressed with your ability to look at an object you want to mimic and the creative way that you create it. Obviously you look at things from a place of a huge skill set, but, do you ever just have to "think on it"?

Posted

Thanks guys.

Yes Norm, often I'll think through several possible ways to make a particular part/assembly. "Thinking on it" is something I'll sometimes do for weeks or months depending on the part and complexity. Sometime it's just deciding on what exactly it is I want to make.

These headlights are an example of that. It's taken me many months to decide what type of headlights I wanted and what would look appropriate on the car.

First I had to decide what it was I wanted to make for the headlights. I considered fold away types, LED systems, "old fashion" standard sealed beams... Rectangular, square, oval, round...

But I noticed the Xenon lights on so many cars and found conversions for almost any car were available and thought it would be a nice accent to the rest of the car.

After research to learn the sizes and wiring requirements, I thought out the best way to approach making them (in the back of my mind much of the time) and then went for it once I fully envisioned what I wanted. I invested far more thought time than execution time in this case.

Posted

Thanks guys.

Yes Norm, often I'll think through several possible ways to make a particular part/assembly. "Thinking on it" is something I'll sometimes do for weeks or months depending on the part and complexity. Sometime it's just deciding on what exactly it is I want to make.

These headlights are an example of that. It's taken me many months to decide what type of headlights I wanted and what would look appropriate on the car.

First I had to decide what it was I wanted to make for the headlights. I considered fold away types, LED systems, "old fashion" standard sealed beams... Rectangular, square, oval, round...

But I noticed the Xenon lights on so many cars and found conversions for almost any car were available and thought it would be a nice accent to the rest of the car.

After research to learn the sizes and wiring requirements, I thought out the best way to approach making them (in the back of my mind much of the time) and then went for it once I fully envisioned what I wanted. I invested far more thought time than execution time in this case.

I can relate to your thinking man, about how to go about doing something or building something. I been following this build of yours. and you sir have also giving me some good tips and ideas.

Posted

The headlight/turn signal assemblies are done (except for the wiring that will come out of the stems).

I changed the interior color of the housing from bright silver to a flat pewter/steel tone. The turn signals also have bulbs in them now.

DSC03356_zpsa102d313.jpg

The stems mount to brass receivers installed to the frame. On the real car they are removable by pulling out one bolt and unplugging them for track time.

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The notches I cut into the nose piece for the mounting receivers make for a nice positive locking fit for the nose.

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Posted

Mark... Awesome work on those headlights. they are out of this world. What was the physical bulb made from. Again Nice work on this one.

Posted

That thing looks great Mark, you ever thought of having the 7 scribed into the lens like Chip Foose did on Impression with the V8

Posted

Mark, you're pushing the envelope to the point she's gonna blow!

some beautiful examples of the level of modeling skills you've mastered.

Posted

Thanks Alyn!

These are the four main sub-assemblies for the fire extinguisher. 15 individual pieces (counting the needle and lens for the gauge). Three custom made decals.

From the right, the nozzle, the bottle, the holder and the hold down strap.

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Posted

Thanks guys!

The last piece for the extinguisher is done, the safety pin…

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…and it is assembled.

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The pin does go all the way through to the back… The one I copied has a little barb on the pin, (no chains required).

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Posted

Could u please show us how you made the decals. I can only rob them from other kits. Some times they are not even close. Just some random sponsor on a racecar. You evidently have broken the code. Your stuff is really real.

Posted

The distributor cap; I started making it from brass tubing, but ended up machining it after I soldered it together, it is still all brass and solder.

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The distributor itself was machined from aluminum.

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As was the vacuum advance canister.

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Posted (edited)

Great job as usual I don't even know anything else to say about your work its just so incredible.

P.S. we will have our 1:1 7 out at Daytona next month putting her through her paces. Should be a fun weekend.

Edited by Skypower
Posted

Thanks again guys!

Beginning of the alternator. I freehand milled the front from resin. The main parts are aluminum. The back plate is styrene.

DSC03428_zps6f352a03.jpg

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Three steel pins hold the assembly together.

Loose test fit pending other parts of the pulley system that need to be made.

DSC03430_zps38f6fc68.jpg

Posted

Mark you are one of several people on the forum who are able to make individual pieces models in and of themselves. That is some incredible scratch building!!

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