Why Are 3D Printers Still Using ANCIENT Motors?

Made with Layers (Thomas Sanladerer) October 7, 2025
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Made with Layers (Thomas Sanladerer)

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Everything about 3D Printing and Making! Build guides, tutorials, tips and reviews around the new generation of consumer and prosumer 3D printers (and more)! Comments are moderated, offensive content, racism and blatant self-promotion will be removed. Licensing: All Videos are (c) Thomas Sanladerer, all rights reserved, unless otherwise noted. For any video, you may: - Embed them in your Website using the YouTube player. Attribution is mandatory, and it should not be embedded in a way that disables features of the YouTube player or suggests anyone else but this channel is the original author of the video. - Show/display/"perform" any of my videos, publicly or privately. The same conditions regarding attribution apply. If you want to use any of my content in a different way, send me a message and we can work something out!

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..and why is the answer "it depends"? 😁 Thanks to #UGREEN for sponsoring a part of this video! Check out the #UGREENNAS DXP4800 Plus and their Prime Day collection direct from UGREEN (US) https://s.attribuly.com/P5JSGhLl and (DE) https://s.attribuly.com/BcCgWUcu and on Amazon (US) https://bit.ly/3K3YT1O (DE) https://bit.ly/3UTD0ES Learn more about SimpleFOC https://simplefoc.com/ BLDC stuff I used: MKS ESP32 FOC boards These are available with an onboard ESP32 or as separate parts. Either one works (but the ESP32 plug-in modules are a non-standard size and pinout) https://go.toms3d.org/mksdualfoc BLDC motors Generally, lower "kv" ratings mean higher torque at the same current - but also means you'll need to supply more voltage to the driver to get to that current. For robotics, you'll most likely want a kv rating as low as possible. The smallest I would recommend for motion/robotics work is "2807" or "2806.5" size (stator diameter x height) - 1300kv https://go.toms3d.org/28065bldc Mid-size motor - actually closer to 4006, but they call it a "5010", which it absolutely is not. 360kv https://go.toms3d.org/5010bldc Alternate mid-size motor, higher pole count (finer resolution) - 380kv https://toms3d.org/4108bldc Large motor, probably the upper end up what the MKS SimpleFOC boards can handle. Typically "MiToot" branded - 335kv https://toms3d.org/5008bldc The OG of BLDCs for robotics: The Eaglepower 8308 90kv. Requires Odrive-class hardware. https://toms3d.org/goat Magnetic encoders There are basically three relevant options: The AS5600 has barely enough resolution to be usable with robotics-class BLDCs, but can be a decent option for smaller (lower pole count) motors. But... it's cheap https://go.toms3d.org/as5600 The AS5048 is a drop-in upgrade, but can cost 10x as much as an AS5600 https://toms3d.org/as5048 The MT6701 should perform as good as the AS5048 at a fraction of the price. Supported by SimpleFOC in I2C mode since June 2024. https://toms3d.org/mt6701 Product links are affiliate links - I may earn a commission on qualifying purchases (at no extra cost to you) Read the article to this video here: https://toms3d.org/2025/10/10/why-are-3d-printers-still-using-ancient-motors/ Tools I use: 🔩 Onshape Cloud-native CAD (free for Makers) https://onshape.pro/ThomasSanladerer 🎵 Epidemic Sound for video music (30-day trial) https://share.epidemicsound.com/MadeWithLayers 📷 Camera gear and recording equipment (not free, unfortunately) https://toms3d.org/my-gear 🎧 Check out the Meltzone Podcast (with CNC Kitchen)! https://www.youtube.com/channel/UCzUgJrG-w_KQexroYkJR9XQ 👐 Enjoying the videos? Support my work on Patreon! https://www.patreon.com/toms3dp

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