All the work today was in three areas: Cut away detail not needed in this conversion, filling holes in the deck not needed in this conversion, and continuing to measure and make templates for the new areas of the ship. I am trying move slowly and deliberately here so I don't cut something off that I will need later.
Looking down the road, I am most worried about replacing the tiny double-bollards and chocks that have been removed from the deck. I bought some commercially-made double-bollards, but they are far too large for a destroyer-sized ship. All of the bollards I can find online are for either battleships or cruisers. I decided to try to create them using my 3D liquid resin printer. After several unsuccessful attempts, I decided to try a long-shot idea. I just got a new 3D filament printer for Father's Day. It is light years better than my old one, so I wondered if it might be successful in printing these parts. Traditionally, a filament printer is not capable of the same detail as a liquid resin printer. So, it seems counterintuitive to try the filament printer for something so small. The long side of these bollards scales to a size of 1.1 mm, so we are talking really tiny stuff. Much to my surprise, my new filament printer created 15 bollards that look pretty good. I will continue working with settings, but I am really liking my new printer.
6 attached images. Click to enlarge.
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1. Rear deck ready for conversion.
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1. In profile view, the deck is curved. I created a template for the section of the sides that I will need to add.
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1. 3D printed bollards. A little over a millimeter on the long side.
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1. Getting ready to test my template on the model.
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1. Template taped to the side. Looks pretty close. It is extra long so I can trim to fit.
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1. Unneeded detail on the fore deck removed, then filled with Tamiya filler. Everything will be nice and smooth when I start adding the new features.