Xuanwu 3 "is an autonomous inspection robot integrated by the Jingtian Robotics team, which has recently been deployed in a large solar facility. Its task is to autonomously navigate countless rows of solar panels and use its onboard thermal imager to identify any potential safety risk issues.
MoreThe research team at Carnegie Mellon University recently published an innovative study, which developed a real-time human to humanoid (H2O) full body remote control system. It is worth mentioning that the humanoid robots in the experiment are the H1 ReS humanoid robots from Unitree, which have also evolved faster recently (3.3 m/s) and can perform backflip i
MoreSeed Robotics is a British company founded in 2015, specializing in research and solutions for robotic dexterous hands, primarily in the fields of artificial intelligence, neuroscience, psychology, and cognitive science. Our main products include: 3-finger dexterous hand RH2D, 4-finger dexterous hand RH7D, 5-finger humanoid 1:1 dexterous hand SR-RH8D, and FT
MoreThe Yushu Technology H1 humanoid robot is designed with lightweight materials, with an overall weight of only 47kg and 19 degrees of freedom throughout the body. The walking posture is light and stable, and the particularly prominent H1 leg joint motor part has a peak torque of 360N · m. Combined with a hollow axis and dual encoder, it fully benchmarks with
Morewe utilized the Ridgeback robot for its exceptional stability and omnidirectional functionality. Ridgeback is an indoor platform that is capable of smooth carrying and powering of heavy manipulators, as well as supporting equipment and sensors that would be required to perform useful lab work.
MoreDeveloping assistive robots is a challenging research area, especially when integrating these systems into human environments such as homes and hospitals. To tackle these challenges, the Human-Machine Interaction & Innovation (HMI2 ) Lab at Santa Clara University is creating a versatile intelligent robot.
MoreAgricobots的项目旨在开发一种被称为VinyA st-4030的专用葡萄园喷洒机器人。该机器人的设计目的是在以陡坡和潜在滑溜为特征的高要求和危险的景观中导航。
More多伦多大学和慕尼黑工业大学的学习系统与机器人实验室的项目旨在开发一种“服务员机器人”,能够平衡托盘上的物体,在动态环境中导航,避免碰撞,并成为顶级服务器。 他们的项目包括控制机器人在托盘上平衡物体的能力,同时在周围环境中导航,并像传统餐厅服务员一样避开障碍物。
MoreLandmine detection, also known as demining, is the critical process of identifying and locating landmines that are buried deep in the ground. Landmines are frequently deployed in conflict regions, posing a significant threat to both civilian and military personnel as...
MoreTurtleBot4 must be better than TurtleBot3? Where is it embodied? Let's take a look at the specific technical comparison table
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