The unitary robot being used has limited range of motion. Unlike humans, who can move shoulders in many directions, this robot cannot.
The robot struggles with complex tasks. Human joints, like shoulders, have great flexibility. Robots with fewer degrees of freedom cannot match this.
For example, the robot cannot rotate its arm like a human shoulder can. This makes certain tasks difficult or impossible for it to perform.
Developers are working to improve the robot’s capabilities. They aim to create joints that move more like human joints. This could help the robot perform a wider variety of tasks.
The goal is to make robots more useful in everyday life. With better range of motion, robots could help more in homes and workplaces. This could lead to new kinds of automation.
Improving robot joints is not simple. It requires advanced engineering and new materials. But progress in this area could change how robots are used.
Researchers are also looking at other ways to enhance robots. This includes better sensors and more advanced software. These improvements could help robots understand their environments better.
More flexible robots could aid in many fields. Medicine, manufacturing, and service industries might all benefit. These robots could perform tasks that are now too complex for them.
In summary, enhancing robot motion could lead to new types of automation. This could make robots more useful in many areas of life.