This is the introduction (aka, Part 0) to the "Build Series -- 2025 DIYnamics Desktop Rotating Table” set of videos, which walk the intrepid DIYnamicist through the construction and operation of the 2025 iteration of the desktop rotating fluid dynamics hardware kit.
Part 1 of the "Build Series -- 2025 DIYnamics Desktop Rotating Table” set of videos, which walk the intrepid DIYnamicist through the construction and operation of the 2025 iteration of the desktop rotating fluid dynamics hardware kit. Here, Bill Church shows how to set up the Zip Tie Beam that couples the motor assembly to the OXO turntable.
Part 2 of the "Build Series -- 2025 DIYnamics Desktop Rotating Table” set of videos, which walk the intrepid DIYnamicist through the construction and operation of the 2025 iteration of the desktop rotating fluid dynamics hardware kit. Here, Bill Church shows how to build the motor assemblly that rotates the OXO turntable.
Part 3 of the "Build Series -- 2025 DIYnamics Desktop Rotating Table” set of videos, which walk the intrepid DIYnamicist through the construction and operation of the 2025 iteration of the desktop rotating fluid dynamics hardware kit. Here, Bill Church shows how to set up modify the OXO turntable so that its possible to zip tie the motor assembly to the rim of the OXO turntable.
Part 4 of the "Build Series -- 2025 DIYnamics Desktop Rotating Table” set of videos. Here, Bill Church shows how to put together the 3-D printed parts for the motor adapter. With this adapter in hand, it becomes possible to control the LEGO motor with a standard DC power supply, greatly increasing the flexibility of the system. The STL file for 3D printing is linked below. However, if no 3D printing capabilities are on-hand, please do not hesitate to contact us.