Here's what I discovered; the copper wires can get very hot and then begin to warp. At this point onwards they'll stop conducting heat efficiently. What I mean is that when I first use the 10-awg wire I was able to carve with it quickly. After several minutes it becomes a much slower task. I replaced the wire three times and was able to carve through three pairs of hill contours.
I cut big blocks out of the 2-inch foam boards. I rushed the cuts by cutting deep about 1-inch and then snapping the sections apart. |
I tried to maintain the cleaner machine-cut edges on pairs of sections. These will be used to create either larger hills or to allow a section as an edge hill. |
I numbered my sectioned pairs and tried to savvy what a sample contour would look like. |
Here's one of the smaller single-section hills that I carved out. Its just 'okay'. |
Top of the hill. The idea is that I'd stack smaller hill sections upon the larger ones. |
Here's the first of the section pairs. |
A close-up. Notice that I scored the edges of the hills with the soldering iron to simulate erosion. |
This is that same hill above my largest section pair. |
Another section pair; a bit triangular. |
The same triangular pair split apart. As mentioned before this allows the hills to be placed upon the battlefield edges too. |
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