The Machinations and Ethics of Autonomous and Non-Autonomous Melty-Brain Combat Robot

Abstract

Melty Brain combat robots, also known as tornado or spinning-while-moving robots, are rare full-body spinners in which the entire machine revolves around its center of rotation (Beagle Bone). The robot’s operation relies on a complex drive system that can be best described as translational drift. Functionality requires programming microcontrollers (the robot’s brain) alongside sensors such as accelerometers, enabling mobility and spinning without a dedicated weapon. This inquiry explores the Melty Brain robot as a unique case study in combat robotics, offering insight into both autonomous and non-autonomous driven systems. It examines technical machinations, risks, ethical considerations, and rational protocols to establish a framework for safe and precise integration of artificial intelligence. By situating AI as a key component of autonomous systems, the study highlights pathways for advancing combat robotics while informing broader applications in robotics research. Findings aim to support innovation, safety, and responsible development in this evolving field.