초록(영문)
In this study, with the aim of establishing a cube satellite's attitude control system, we made a 1-axis attitude control cube satellite
model and checked the possibility of a attitude control experiment using a camera gimbal. First, the model of the Cube Satellite with the
reaction wheel was manufactured to control the attitude of the Cube Satellite, and then attitude control environment using the camera
gimbal which is cheap and easy to handle was constructed. Since then, we built our own operating codes and ground station that belong to
the software sector. After making model and attitude control experiment environment, the two modes of attitude control experiment were
conducted to check the ability of our model: attitude regulation and target tracking modes. The PID control, which takes into account the
friction of the camera gimbal joint, compensated for initial instability and confirmed that the attitude is stabilized within ±5 degrees of
error. We also confirmed that the target tracking mode using Pixy worked correctly. The performance of the one-axis attitude control cube
satellite model, which was manufactured through this process, was verified, and the feasibility of the one-axis attitude control experiment
was also demonstrated using the camera gimbal.