Optimalisasi Penggunaan Drone Quadcopter sebagai Senjata Peledak Perorangan Pasukan Marinir

Abstract

Optimizing the use of quadcopter drones as personal explosive weapons for Marine Corps has become the focus of innovative research following the global trend of utilizing the latest military technology. The use of First Person View (FPV) drones as explosive weapons in military operations has become a global trend, especially after its success in conflicts such as Russia-Ukraine1. This research aims to optimize the E99 Pro FPV drone as an explosive weapon to increase the effectiveness and flexibility of marine infantry operations in the modern combat era.

The methodology uses Research and Development (R&D) design with an applied experimental approach, including system design, prototyping, operator training, and field testing. The test involved 20 Marine Corps infantry soldiers as operators in a combat simulation scenario with questionnaire instruments, observations, and technical test equipment. The results showed that the drone was capable of carrying an explosive load of 10 grams of gunpowder with a flight time of 9.5 minutes and a mission success rate of 85% in attacking weak points of armored vehicles. Its operation is considered easy by soldiers even those who are inexperienced, while reducing the risk of casualties through long-range attacks. In terms of cost, this solution is economical with real-time camera capabilities that increase the accuracy of target identification. In conclusion, the E99 Pro drone is effective as an explosive weapon that is easy to operate, economical, and increases the flexibility of Marine infantry tactics. Its integration extends the attack range and becomes an innovative solution to the threat of armored vehicles. The implications of the research emphasize the need for further development and special soldier training for optimal integration into Marine Corps combat doctrine.