Warning: This robotic arm remains somewhat fragile as it uses SG90 servo motors. Additionally, the project can still be improved in its design (maybe for next time...).

Components for the connected robotic arm:

• 1 ESP32
• Female jumper wires
• 4 Servo motors

• A female jack connector

   

   

  THE WHOLE PROJECT IS ON GITHUB (for more details): Github Project Link
  
   

  Step 1: Install Base Servo Motor	Step 2: Mount Servo on Circular Plate
  Start by taking the circular base and installing a servo motor in the center. ⚠️ Do not screw it too tightly.	Next, take the circular plate, place a servo motor on it, and pass its cables through the designated slot.
  Step 3: Assemble Second Arm with Support	Step 4: Connect Arms to Base
  Assemble the second arm with the small support and a servo motor. ⚠️ Do not tighten the screws too much.	Attach the first and second arms together, then mount everything onto the servo motor of the circular base.
  Step 5: Wire Everything and Upload Code	Step 6: Test via Web Interface
  1. Upload the code to the ESP32 2. Find the IP address via serial port or Advanced IP Scanner 3. Connect all wires properly (+5V, GND, servo data cables) ⚠️ Use short cables to avoid issues.	Open a web browser, type the IP address, and test! ⚠️ If using magnets version, check the box. Adjust servo reaction time to modify rotation speed. Close the assembly and choose clamps or magnet support.

Web Interface	Electronic Schema
Control panel for managing servo motors and settings.	Wiring diagram for proper component connections.