Week08 Project¶
Corona Servo Motor Solution¶
Voltage Necessary¶
After Looking into the motor with more care and testing it, the number of voltages required is 4.8 to 6.0V, which can be supported by microcontroller and that there is no need to use external power source on 1 motor.
Arm Power (attachment)¶
The corona motor was moving in rotation, the only thing it lacked was something to connect it to the pieces its supposed to rotate.
In order to guarantee that this happens, it was necessary to add servo motor horn, this helped in increasing the area the motor is connected to the pieces and create a gap that was much necessary to move the motors.
This helped us in moving the servo motor in right/left motion
More Space¶
Currently, we are 3D printing a design that has more space to allow us to connect a servo horn or drill to guarantee that the motor will be able to rotate itself for the up/down motion.
Gears & Mirrors¶
The gears have been laser cut and the mirrors were made from plastic pieces on the back attached to a thin light mirror.
3D Designing System¶
The Design of the 3D system is still in motion, we are progressing on it but have not finished yet to be laser cut.
