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Quadruped robots can be used in various applications, and the list is growing every day. From industrial terrains deemed too dangerous for humans to space explorations where the atmospheres would not support organic life, quadruped robots are now the first line of defense in many industries. And speaking of defense, military applications engage quadrupeds, as well as various medical research, university uses, and other industries.
Importance of Robotics and STEM education
Unitree’s Go1 quadruped model is designed for precisely that. This light, financially-accessible quadruped is fully programmable and designed to work in tandem with educational curriculum. High school and university teachers and professors can use these affordable robots to teach everything from kinematics to engineering. However, it can start teaching students even earlier. This is extremely valuable in a world as fast-paced and technologically integrated as ours.
How Quadruped Robotics are Revolutionizing Mapping
Quadruped robots are on the cutting edge of many applications in the modern world, not the least of which is mapping. Because quadruped robots move autonomously, they can do tedious tasks that humans don’t want to do or that they find too dangerous to do. This technology has positive implications for many industries, from space studies to construction to nuclear testing. This opens up a world of exploration in which humans don’t have to get their hands dirty, and quadrupeds can acquire a plethora of data.
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Unitree Go1 vs. Boston Dynamics Spot
While Spot is making the manufacturing and industrial worlds safer, Go1 is primed to change the educational world. Not only is it a fraction of the price, but it’s light, compact, and accessible. Moreover, it is developed with education in mind and explicitly designed to integrate high school and university-level turn-key curricula to give more young minds access to the power of robotics.