Introduction: 8 AXIS HUMANOID (MASTER) ROBOT (Humanoid Robot EP 04) (Angle Reading Robot)
- 3D Printing file link https://www.thingiverse.com/thing:2892939
- source code https://github.com/happythingsmaker/MotionCapture...
- Part List & Documentation Manual https://sites.google.com/view/100happythings/20-m...
[ Parts ]
Step 1: Previous Episode...
In the previous episode, we could remotely control the servo motors even though we didn’t configure anything.
Step 2: In This Episode,
In this episode, we are going to make a master robot which parts are 3d printed.
The final robot will has 2 legs but in order to use more than 8 joints, we need to use some more elements. In order to understand overall system, we better make a small project like this 8 axis robot.
Step 3: 3D Printing
I made all of 3d files and uploaded them on Thingiverse.
Download the files and print them one by one.
Step 4: Angle - Number
This shows how they will be connected with Analog pins on the Arduino.
I prefer to assign the even number to the right.
Because If the number is even then I can imagine it is right side servo.
Step 5: Connecting Wire
As I mentioned in the first episode, (https://www.instructables.com/id/Control-1-Servo-M...)
we need to be careful when we connect the cables to the potentiometers.
Please check the twice. (Please watch the YouTube video)
Step 6: Assembling Parts
Let’s assemble them together. (please refer to the video)
First of all, we need to eat Pringles so that we can get the bin.
Normally, when you buy potentiometers then nuts are included to fix them with another frame.
In order to fasten them, It is recommended to use adjustable spanner
Step 7: Checking the Middle Point
This is an important step.
Turn it clockwise and counterclockwise until it no longer rotates. Find the midpoint and insert it into the frame.
Step 8: Connecting Wire With Potentiometer
It is recommended to fix them using hot melt glue gun.
The potentiometer I am assembling is connected to A0. Connect rest of them
Step 9: Bottom
The bottom of pringles is made of aluminum.
if the Arduino touches the aluminum surface, it can make a serious problem.
In order to prevent shorts, use a plastic lid to cover on the bottom.
Step 10: Test
I am going to give power to all of them and test.
Since we made them communicate wirelessly, the master robot can be away from the other robot.
Pretty awesome, I would say.
I am going to build bunch of robots and make them dance all together at the same time. It would be great!
Step 11: In the Next Episode...
In the next episode, we will make the slave robot which will move based on the master robot we have built.
If you have any question, feel free to let me know yours in the comment section below.
This is an entry in the
Make it Move Contest
We have a be nice policy.
Please be positive and constructive.