@Wilshire@sh.itjust.works to Ukraine@sopuli.xyz • 8 months ago3D printers working full-time to make FPV drones.streamable.comexternal-linkmessage-square6fedilinkarrow-up1103arrow-down11file-text
arrow-up1102arrow-down1external-link3D printers working full-time to make FPV drones.streamable.com@Wilshire@sh.itjust.works to Ukraine@sopuli.xyz • 8 months agomessage-square6fedilinkfile-text
Your browser does not support playing HTML5 video. You can download a copy of the video file instead. https://t.me/toro_ua/305 We go home, and they rustle. Ми йдем додому, а вони шуршать.
minus-square@Gork@lemm.eelinkfedilink8•8 months agoWouldn’t the production bottlenecks be non-3D printable components like the PCBs for the Flight Controller and the Electronic Speed Control Stack? Those aren’t things you can just whip together in a garage.
minus-square@Wilshire@sh.itjust.worksOPlinkfedilink7•edit-28 months ago“Thank you to our sponsor today, PCBWay.” /s
minus-square@lemmyman@lemmy.worldlinkfedilink5•8 months agoInjection molding is capital intensive and generally geographically concentrated (i.e. factories). It makes for easy and expensive targets. 3d printing can be distributed, and capable printers are amazingly cheap. There’s way more to it, just pointing out one “pro” for 3dp
Wouldn’t the production bottlenecks be non-3D printable components like the PCBs for the Flight Controller and the Electronic Speed Control Stack? Those aren’t things you can just whip together in a garage.
“Thank you to our sponsor today, PCBWay.” /s
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Injection molding is capital intensive and generally geographically concentrated (i.e. factories). It makes for easy and expensive targets.
3d printing can be distributed, and capable printers are amazingly cheap.
There’s way more to it, just pointing out one “pro” for 3dp
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Removed by mod