Tiny robot
For this week’s assignment, I built a small walking robot. The robot’s main action is to walk forward using a simple mechanism. Even though it’s a very basic function, I found it exciting to see how small components can come together to create movement.
Walking is one of the most natural actions in the world, yet when you try to recreate it mechanically, it becomes a fascinating challenge. By making this robot, I learned how design, balance, and motion connect. I care about this idea because it helped me understand the basics of robotics in a hands-on way, while also giving me a playful project that combines creativity with engineering.
I was inspired by how animals and humans move, and how engineers try to copy that movement with robots. Watching simple DIY walking robots made me curious to try my own version on a smaller scale.
Simulation:
TinkerCAD
Implementation:
Electronic kit
Sticks
Straws
Wide sticks
Filament
DC motor
LED
Jumper wire
Resistor
Switch
Adapter
Arduino
Step 1:
Watch Youtube videos for inspiration
Step 2:
Prepare the circuit simulation, here DC motor and LED were used as an output. (Connection is parallel )
Step3:
Implement the circuit on the bread board
Step 4:
Prepare the cardboards, straws and sticks
Finish the connection
Cut and Align the wide sticks
Use a straw ti stablize the sticks
Set the wiring on the carriage
time to make the head
I used my 3D prn
Turn it on
LETS GO TEST IT!!!!!!!!
Robot foot
When i asked my instructor about my robot and how it always fall. She stated the cardboard always have to be stable otherwise it will always fall. Thus I experimented more with the cardboard.
In the previous picture, i dug the sticks in the carboard and added the glue gun to ensure its stability.
My robot is not able to stand upright, but it loses stability very quickly and falls almost immediately after standing. This is due to the many wires and heavy load to the wood.
To help with this issue, I attached a back support, which was the carriage, so that it can stay in position for longer without toppling over. The support gives it some extra stability, but it also shows me that the robot still needs improvements in balance and weight distribution to be able to stand and move on its own.
Final Project!!!!!!!!!!!!!
In this week, everything is very new to me. But it is my honour to be able to achieve something, although the robot is limping.
New skills:
Circuits
Simulation
H bridge mechanism
This week was so fun as we built our own car and competed with each other. I never we can make a game console via a breadboard
Title of Media