Building a working fighter jet model with Create! involves advanced concepts like drive-by-wire systems, which replace traditional mechanical controls with electronic signals to improve responsiveness and precision. In Part 2 of this project, the focus is on implementing linked control mechanisms that coordinate various flight surfaces for stable maneuvering. Understanding kinetic stress impact is crucial to ensure structural integrity under different flight conditions, highlighting the importance of selecting materials and design features that can withstand dynamic forces. The drive-by-wire system allows pilots or automated controls to send commands electronically, significantly enhancing control reliability and reducing mechanical complexity. Linked controls integrate multiple control surfaces, such as ailerons and rudders, enabling smooth and coordinated aircraft movements. Monitoring kinetic stress impacts during testing helps identify potential failure points and optimize the jet’s performance and safety. This project showcases how combining innovative control technologies and detailed mechanical design can bring a realistic and functional fighter jet model to life. For hobbyists and engineers alike, mastering these principles will greatly enhance the understanding of aeronautical engineering concepts and model-building techniques.