Download and print all the .stl attached files once. Layer height: the one you want, mine is 0.24perimeters: 4 (with a 0.4 nuzzle)bottom layers: 5top layers: 5infill: 15%speed: around 55mm/sIt would need ~20h for print one cabinet.
A new wire will be needed from the switch ON position to the BAT pin on the PowerBoost board. Measure the wire, cut and strip both ends. Solder the wire in place.
Cut a rectangle 120x87mm on the rear projection film. Glue it to the top of the "VVD_04_PlexiSostegno_v2" part. It will be tensioned by 4 rubber bands, one on each corner, connected to the 2 swinging arms.
Checkout the Sketchup file in the Files section1) Take cut-list printout to the Big Box store and buy 2x sheets of plywood2) Come home3) Assemble the legs. 4) Attach the skirts to the table top 5) Flip upside down and attach the legs
After that, you can use a breadboard as a jig by placing the remaining 4 headers that are on the bottom into the breadboard to hold them in place, drop the PCB over top of them, and then solder them in.
Download, Print and Stick Down the "Temple Sides" and "Temple Top with Medal" PDFs on paper and do as you would in previous steps to construct the Temple.
Identify a spot near the top of the gooseneck tubing to drill a hole. This hole will be used to thread the USB cable that powers the water pump. Ensure the hole is large enough to comfortably fit the USB cable, but not too large that the cable moves...
Solder the replacement part from step 1) to the two outer-most pads of the 3 pads on the bottom. The middle pad on the bottom and the two pads on top will not be soldered.
The 74HC595 can only do parallel output, so I used a 74HC165 to measure the state of the buttons via 4 current limiting resistors and send this information to the Arduino. More info about the chip can be found on its datasheet.The 74HC165 has the following...
The parts needed are shown in the picture above. Start off with the Arduino unpowered. Do NOT plug in the USB cable. That will happen in a later step when it is time to program it and try the game out.ConnectionsUse a long hookup wire to connect the...
For me, the print time ran about 10-11 hours for everything, but it could be upwards of fifteen hours. At this point you should have 3D printed: Leg Left Half x4Leg Right Half x4Interstage x1Grid fins x4Engine Block x1Leg Tips x4 With all of the 3D printing...
CUT ALL THE SHEETS:Made by laser cutting 1/4 inch plexi sheets and stacking them to form the bottom plate, reaction chamber (the center clear area) and the top plate. Those are the .dxf files on Thingiverse. In the picture/video, the top and bottom are...