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In science fiction movies and novels, there are often robots with eye-catching performances. Their versatility and near-omnipotent applications in various scenarios make people fascinated. For example, in Asimov's novel "Me, Robot" series, many wonderful scenes are described: robots can be seen in all areas of human society.
In fact, we have all kinds of robots in our lives, which are changing our lives, similar to flying robots represented by DJI. Now another category of robots has broken through the limitations of ivory towers and appeared in our lives. He is a four-legged robot. For a long time, robots of this category have been restricted by foreign algorithms and research, and are far from us. But fortunately, domestic robotics companies broke through overseas restrictions and took the lead in producing more advanced robotics technology.
At present, the overseas entrants in the field of quadruped robots mainly include Boston Dynamics in the United States and Zurich Polytechnic in Switzerland. In the field of domestic quadruped robots, several robotic dog companies have caught up with world-class products!
Up to now, focusing on the research and development of consumer-level and industry-level high-performance quadruped robots, a number of quadruped robot products have been launched. In a head-to-head confrontation with Boston Dynamics' products, domestic quadruped robots have a lot of dazzling performance. Even when reviewing the history of the development of quadruped robots, my country's robotic dog developed a motor-driven quadruped robot faster than Boston Dynamics, which is particularly amazing.
From the perspective of development trends, the competitive focus of quadruped robots lies in who can take the lead in landing applications on rich mobile platforms. With the continuous enrichment of four-legged robot application scenarios, only by creating more in-depth industry and more detailed mobile platform landing applications can this category achieve sustainable growth, and four-legged robots can create more possibilities. For example, in addition to home and life scenarios, medical treatment, material transportation, industrial consumption, environmental exploration, resource collection, etc. can all be used for quadruped robots.
Abundant mobile platform landing applications: Just like with a robotic arm, the shape of a quadruped robot can be "knowledgeable", adapt to more scenarios and bring rich applications. For example, in the home scene, a quadruped robot can use a robotic arm to "do housework." Through automatic detection and identification, pick up the clothes that have fallen at home and put them in the back top basket. The two four-legged robots shook the rope with their robotic arms, allowing us and our friends to skip rope more comfortably. It can even dig soil and plant flowers.
Four legged Robot Dog;
Robot dog;
Mini Robot dog;
Robot puppy.