Core Insights - Soft robots are emerging as a new favorite in the industry, showcasing flexibility and precision in tasks such as object manipulation and assembly [3][4] - The automotive industry is increasingly adopting soft robots to enhance production efficiency and adaptability, moving from rigid manufacturing to flexible intelligent production [4][6] Group 1: Advantages of Soft Robots - Soft robots exhibit superior environmental resilience, capable of operating in extreme conditions such as high temperatures, humidity, and electromagnetic interference [4][5] - They can perform complex operations in confined spaces and collaborate with humans, significantly improving production line efficiency [4][5] - The unique design of soft robots allows for gentle and precise handling of delicate components, such as battery packs, reducing the risk of damage [4][5] Group 2: Applications in Automotive Manufacturing - Soft robots facilitate multi-model mixed-line production, allowing for rapid switching between different vehicle models, thus enhancing production efficiency and reducing costs [6][8] - In logistics, soft robots can autonomously navigate and adapt to complex warehouse environments, improving the efficiency of parts sorting and transportation [6][9] Group 3: Future Prospects and Industry Transformation - The integration of soft robots is expected to reshape the automotive industry, transitioning from large-scale standardized production to flexible, small-batch manufacturing [8][10] - By 2030, it is projected that the adoption rate of soft robots in global automotive manufacturing will increase from 10% to 50% [8] - Soft robots will enable a fully automated operation system across the automotive supply chain, enhancing efficiency in production, sales, and after-sales services [9][10]