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Deep Robotics | |
Native name | 杭州云深处科技有限公司 |
Company type | Private |
Industry | Robotics |
Founded | November 29, 2017; 7 years ago (2017-11-29) |
Founders |
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Headquarters | Hangzhou,Zhejiang,China |
Website | www |
Hangzhou Yunshenchu Technology Co., Ltd. (known as Deep Robotics;Chinese:云深处科技;pinyin:Yúnshēnchù Kējì) is Chinese robotics company headquartered inHangzhou,Zhejiang.
The company has gained attention from the media due to its development ofquadruped robots particularly for industrial use.[1]
Deep Robotics was founded in 2017 by Zhu Qiuguo and Li Chao. The two held doctorate degrees fromZhejiang University. After graduating in 2011, Zhu worked at the university as anassociate professor until he decided to from his own company with Li after seeing the progress ofBoston Dynamics.[2]
Clients and partners of Deep Robotics includeLenovo,Takenaka Corporation,University College London and theUniversity of Edinburgh.[1]
A few months after establishment, Deep Robotics launched the first generation of quadruped robot named Jueying. The name came fromCao Cao's horse during theThree Kingdoms period.[2]
In August 2021, Deep Robotics launched the Jueying X20 model. It is an industrial grade waterproof robot designed to be used for industrial purposes and rescue missions.[2]
In March 2023, Deep Robotics launched the Jueying Lite3 model. It is designed for education and research purposes.[2]
In October 2023, Deep Robotics launched the Jueying X30 upgrade model. It was the industry's first quadruped robot that operate in extreme temperatures from -20 °C to 55 °C.[2] It was reported in January 2025 thatSingapore Power Group would use a X30 to perform inspection of its power tunnels.[3]
In August 2024, Deep Robotics unveiled and demonstrated its first humanoid robot DR01 at the 2024 World Robot Conference.[2]
In November 2024, Deep Robotics unveiled its Lynx model. Although it was a quadruped robot like previous models, it swapped traditional pad feet for wheels which gave it flexibility to switch between humanoid and quadruped modes. This allowed it to navigate difficult terrains.[1][4]