Autonomous Servo

Uses an Arduino to automatically change the rotation angles of multiple servos in different increments over a period of time. 

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Objective Reasoning: The project uses programmed algorithms, conditional logic, and state variables to autonomously control the movement of two servo motors without continuous user input. The servos automatically change direction when reaching their defined positions, demonstrating state-based decision-making and coordinated robotic movement. The use of loops and position tracking allows the system to repeatedly execute and maintain its programmed behavior, providing a method for autonomous motion control. The algorithm can also be evaluated by observing the accuracy, consistency, timing, and reliability of the servo movements as the programmed states are executed.