After some investigation, the holes in the bogie side pieces are too shallow. I tried drilling them out, but though this is doable on the back half, on the front you are likely to go through the material, so I decided to instead modify the axles by cutting off the narrow bit at each end. A little test showed this works just as well, but it allows the springs to move up too far inside the bogie. Luckily that’s also easy to fix by adding a bit of 0.5 mm plastic strip to the top. This needs to fit between two locating tabs on the rear bogie half, though, so it can’t be longer than 5 mm. All in all, here’s what you get that way:
[ATTACH]415814[/ATTACH]
And with this fix, the suspension arms fit nicely into the bogie as they should:
[ATTACH]415815[/ATTACH]
However, I can’t help but think that MiniArt made all this unnecessarily complicated. Everything here fits pretty much like on the Asuka equivalent, but there is no movement in it at all — unlike the Asuka parts, which you can build as the suspension being compressed, for a diorama or to represent a heavily loaded vehicle, for example. Here, though, they would have done far better to just mould the arms to the bogie front and rear halves and gotten a far more sturdy assembly and easier assembly. Oh, well …
[ATTACH]415814[/ATTACH]
And with this fix, the suspension arms fit nicely into the bogie as they should:
[ATTACH]415815[/ATTACH]
However, I can’t help but think that MiniArt made all this unnecessarily complicated. Everything here fits pretty much like on the Asuka equivalent, but there is no movement in it at all — unlike the Asuka parts, which you can build as the suspension being compressed, for a diorama or to represent a heavily loaded vehicle, for example. Here, though, they would have done far better to just mould the arms to the bogie front and rear halves and gotten a far more sturdy assembly and easier assembly. Oh, well …
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