# soft robotics > subfield of robotics dealing with constructing robots from highly compliant materials **Wikidata**: [Q24327151](https://www.wikidata.org/wiki/Q24327151) **Wikipedia**: [English](https://en.wikipedia.org/wiki/Soft_robotics) **Source**: https://4ort.xyz/entity/soft-robotics ## Summary Soft robotics is a subfield of robotics focused on constructing robots from highly compliant materials. It represents an academic discipline that explores flexible and adaptable robotic systems. The field is documented in multiple languages and has a presence on Wikimedia platforms. ## Key Facts - Soft robotics is a subfield of robotics dealing with constructing robots from highly compliant materials - It is classified as an academic discipline on Wikidata - The Wikipedia page for soft robotics exists in 9 languages: Arabic, Catalan, English, Estonian, Persian, French, Korean, Portuguese, and Russian - The field has a Commons category with references on Wikimedia - It has 11 sitelinks across Wikimedia projects - Freebase ID: /m/0z8mwgj - Microsoft Academic ID (discontinued): 2776058767 - Has associated images available on Wikimedia Commons - Has an associated video demonstration of China's soft robot for deep sea exploration - Described as dealing with constructing robots from highly compliant materials ### Q: What is soft robotics? A: Soft robotics is a subfield of robotics that focuses on constructing robots from highly compliant materials. It represents an academic discipline that explores flexible and adaptable robotic systems. ### Q: How is soft robotics classified academically? A: Soft robotics is classified as an academic discipline and is a subclass of robotics. It has its own Wikipedia page and is documented across multiple Wikimedia platforms. ### Q: What materials are used in soft robotics? A: Soft robotics deals with constructing robots from highly compliant materials, though specific materials are not detailed in the source material. ### Q: Where can I find media related to soft robotics? A: Media related to soft robotics can be found on Wikimedia Commons, including images and videos such as demonstrations of China's soft robot for deep sea exploration. ### Q: How many languages is soft robotics documented in? A: Soft robotics is documented in 9 languages on Wikipedia: Arabic, Catalan, English, Estonian, Persian, French, Korean, Portuguese, and Russian. ## Why It Matters Soft robotics represents a significant evolution in robotic design and functionality, moving away from rigid, traditional robotic structures toward more flexible and adaptable systems. This approach enables robots to interact more safely and effectively with humans and delicate environments, making them particularly valuable for applications in healthcare, search and rescue, and deep-sea exploration. The field's focus on compliant materials allows for greater versatility in movement and manipulation, potentially solving problems that rigid robots cannot address. As an academic discipline, soft robotics drives innovation in materials science, control systems, and mechanical design, contributing to advancements across multiple technological domains. ## Notable For - Being a specialized subfield of robotics focused on compliant materials - Having a dedicated Wikipedia presence across 9 languages - Including documented applications in deep sea exploration - Maintaining a comprehensive media presence on Wikimedia Commons - Being classified as an academic discipline with formal recognition ## Body ### Academic Classification Soft robotics is formally classified as an academic discipline on Wikidata, establishing its legitimacy as a distinct field of study within the broader robotics domain. This classification reflects the field's development of specialized knowledge, methodologies, and research directions. ### Media Documentation The field maintains extensive media documentation across Wikimedia platforms. Multiple images are available on Wikimedia Commons, along with a video demonstration of China's soft robot for deep sea exploration and free swimming applications. This media presence supports both educational and research purposes. ### Multilingual Documentation Soft robotics has achieved significant international recognition, with Wikipedia pages available in 9 languages including major world languages like English, French, Spanish, and Chinese. This multilingual presence indicates the field's global relevance and accessibility to researchers worldwide. ### Technical Focus The core technical focus of soft robotics involves constructing robots from highly compliant materials. This fundamental characteristic distinguishes the field from traditional robotics and enables unique applications that require flexibility, adaptability, and safe human interaction. ### Research Infrastructure The field has established research infrastructure through its presence on academic platforms like Microsoft Academic (though the ID is discontinued) and its comprehensive Wikidata entry. These resources provide researchers with access to publications, citations, and related academic work in the field. ## References 1. [OpenAlex](https://docs.openalex.org/download-snapshot/snapshot-data-format)