Researchers in China have developed a groundbreaking soft robot named GrowHR that could redefine domestic assistance through its unique combination of safety, adaptability, and portability. Standing at 1.36 meters yet weighing less than 5 kg, this air-powered innovation from Shenzhen's Southern University of Science and Technology represents a significant leap in human-friendly robotics.
Redefining Human-Robot Interaction
GrowHR's flexible, air-filled structure allows unprecedented physical interaction – from safe hugging to collision-free movement through cluttered spaces. The prototype demonstrates remarkable spatial adaptability, compressing to 36% of its height for low-clearance navigation and squeezing through gaps at 61% of its original width.
Multifunctional Capabilities
Beyond household tasks, the robot's buoyant design enables aquatic functionality for pool maintenance or rescue scenarios. Its ultralight frame permits aerial transport via drone over 5.5 km distances, suggesting future applications in remote assistance and delivery services.
Roadmap for Development
While currently a prototype, researchers plan to enhance GrowHR's autonomy through advanced AI integration and improved mechanical responsiveness. The team's findings, recently published in Science Advances, highlight this development as a foundational step toward adaptable robotics for complex living environments.
