The evolution of robotics has been significantly influenced by advancements in materials science. The demand for robots with enhanced capabilities, adaptability, and resilience has led to an intensive quest for novel materials that exhibit superior mechanical, electrical, thermal, and functional properties. The synergy between advanced materials and robotics continues to drive innovation, pushing the boundaries of what robots can accomplish. However, challenges related to scalability, manufacturing processes, and cost-effectiveness remain pivotal in the widespread implementation of these materials in future robotic systems. Here, we present the crucial role of advanced materials in shaping the development of next-generation robots. The convergence of advanced materials and robotics presents an exciting frontier, offering immense potential to revolutionize industries, healthcare, exploration, and various facets of daily life. Continued interdisciplinary research and collaborative efforts are critical to harnessing the full spectrum of possibilities nanomaterials offer in shaping the landscape of next-generation robots.