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Humanoid robotics is advancing rapidly, yet engineers continue to face formidable barriers in locomotion stability, real-time perception, safe human interaction, and power-constrained hardware design. As the industry approaches a projected shift from small-scale prototyping to mass commercialisation in the late 2020s, understanding the component-level decisions that affect system reliability, cost, and performance is becoming critical. This guide examines the technical landscape across sensing, motion, control, and battery subsystems — outlining the design trade-offs, modular architecture trends, and supply chain considerations that will shape the next generation of deployable humanoid platforms.
