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<\/a><\/p>\r\nOnce the position of the first part is determined, the parts are assembled based on it as they are assembled.<\/p>\r\n
As was the case last time, the first time is still the most crucial.<\/p>\r\n
If the first one shifts, the others will shift too.<\/p>\r\n
Here's the problem.<\/p>\r\n I photographed the parts without removing them from the runner. Articulated parts such as arms and legs had to be rotated and deformed to assemble.<\/p>\r\n I don't want to assemble the pieces as they are removed from the runner, so I don't think I can use the ones photographed while they are still on the runner.<\/p>\r\n Those that can be corrected are corrected, and those that are difficult are transformed and photographed again.<\/p>\r\n Once photographed, the assembly will resume.<\/p>\r\n In reality, I think we will be assembling the deformed parts with fine-tuning, but since the parts photographed cannot be moved, there will be some misalignment...<\/p>\r\n The 90\u00b0 rotation or angling is not subtle enough or moved too much.<\/p>\r\n I feel bad, but I have no choice but to close my eyes and proceed.<\/p>\r\n I tried to make it as symmetrical as possible, redoing it many times, and managed to complete it.<\/p>\r\n The total number of parts used in the final product is 371.<\/p>\r\n <\/p>\r\n It took quite a bit of time, but I am happy to see the finished product.<\/p>\r\n I thought it was done quite well.<\/p>\r\n<\/a><\/p>\r\n<\/a><\/p>\r\n<\/a><\/p>\r\n<\/a><\/p>\r\n<\/a><\/p>\r\n<\/a><\/p>\r\n