Review on Development of Mechanisms for Shoulder-Launched Missile Technology

The creation of a damping mechanism for shoulder-launched missiles is crucial for mitigating recoil, ensuring operator safety, and boosting accuracy during firing. Launching these weapons exposes users to substantial force and vibrations, which can lead to fatigue, injuries, and lower performance levels. This project aims to design a comprehensive damping system—be it mechanical (spring-damper), hydraulic, or hybrid—that effectively absorbs and dissipates recoil energy. We will investigate missile thrust dynamics, user ergonomics, and energy transfer characteristics to develop a compact and efficient recoil mitigation solution. By conducting simulations, selecting appropriate materials, and testing prototypes, we intend to guarantee the mechanism’s structural integrity and reliability in combat situations, while also prioritizing user comfort without sacrificing weapon performance. This innovation promises to greatly enhance portable missile systems by improving safety, reducing training requirements, and maximizing operational efficiency on the battlefield.