Thankfully I don't need to know Japanese to understand how any of this works, how awesome it is, and how it can be made better. The belt design is very nice. I've seen it adapted in many 3D printed blasters here in the 'States, but nothing that completely seals the dart. Being able to add more links easily would increase the potential of this design being picked up more often. The mechanics are very well thought out. It's clear you know where your forces are being directed and how much tensile/compression strength you need in the design rather than just making entire faces. One recommendation I'd make for the electronics is to have the flywheel circuit be activated either by a first stage on the trigger or as a separate rev trigger on the middle finger. Outside of that, the circuit design is on point to prevent firing before the main motors are running. The laser X sight is very cool, but I doubt it will be adopted due to safety concerns. I'm sure having the design available for use will catch someone's attention. To overall improve things, I'd advise looking into the American/Australian aftermarket parts, and there's even a distributor in Hong Kong for some parts. We make motors and wheels specifically for NERF to improve energy transfer and consistency across motor design. You may find them useful. I also recommend using half length darts as they are more stable in flight. It's very clear that you have engineering training and that you know what you're doing beyond a reasonable doubt. I cant wait to see more (and to learn japanese so I know MORE about what's going on)!
@matsutake-Gu-ch
2 жыл бұрын
ながい
@user-qk5li1vt4y
2 жыл бұрын
ひでぇ
@hyakuiti
3 жыл бұрын
この本気で遊んでる感がめっちゃ好き
@WalcomS7
3 жыл бұрын
You have my full attention!
@EiHass-bw2oq
3 жыл бұрын
ホンモノでわお!
@l4d1sh
3 жыл бұрын
本物だ! …誰?
@adjitridika9157
3 жыл бұрын
It's a blessed when you see this on your KZitem feed, thanks to KZitem algorithm
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