Thomas the Death Star

thingiverse

After Thomas the TIE fighter, this is Thomas the Death Star. Here is a humorous depiction of what you can expect if you print this: https://youtu.be/sFYB0RJr7JA You will need to print the top and the base as well as the face. The face can be glued or attach with magnets. Optional parts list: >-Two 8x1mm circular magnets if you want the face to be removable. The magnets will need to be glued. >-If you want it to swivel you will need 1x 9g servo + relevant RC equipment* of choice >-2x 6mm laser diodes if you want laser eyes (https://www.banggood.com/custlink/GDKRI5daet) >-1x 3mm LED if you want the eyes to glow. *: RC equipment to control the servo: >If you want to go as cheap as possible and you could use Servo Tester (https://www.banggood.com/custlink/3D3Y9bDgtA) >If you want to go RC you could get a Flysky radio + FS iA6B receiver (https://www.banggood.com/custlink/KK3d8bD483). Note: The iA6B won't fit inside. >If you want to get fancy you could use an Arduino or a Raspberry Pi. In addition to the RC equipment, you will need some way of powering the Servo with 5V. My preferred method is bit of a bodge. I use a Male USB to Male Futata JR connector which you'll have to make. UPDATE 21/02/2021: >Death_Star_TOP_SERVO_BRIDGE_V3.2.stl, a slight improvement over V3.1 UPDATE 14/02/2021: >Added "Death_Star_FlatBase_SERVO_V3.1.stl" which is the same as "Death_Star_FlatBase_SERVO_BiggerHole_V3.stl" but allows for lower printing tolerances which make it easier for the servo to rotate the top section. UPDATE 09/02/2021: >Added "Death_Star_FlatBase_SERVO_BiggerHole_V3.stl" which has a larger hole, allowing for multiple servo leads in case you want to power the Lasers and the 9g servo off of two different servo leads.