When integrated with additive manufacturing, the remarkable versatility of nanomotors embedded within a frame structure, such as gels, combined with their sensitivity to chemical and biochemical signals, light, magnetic and electric stimuli, etc., could endow these static structures with lifelike senses and features. These advanced constructs will not only move but could also release electrical and chemical signals, mimicking the sensory and actuation capabilities of living beings. These structures could perceive their environment, respond dynamically to stimuli, and interact with their surroundings in ways that were previously confined to the realm of science fiction.