Deep Robotics, a Chinese company based in Hangzhou, has earned a reputation for excellence in the field of robotics. In fact, it became the first in China to successfully deploy quadruped robots for fully autonomous substation inspections.
In a recent video shared by the company, engineers showcase the impressive capabilities of the X30 robot dog. The introduction of a new enhancement called “auto-dodge perception,” enables the robot to detect and evade both human and non-human threats, thus increasing its effectiveness in potentially hazardous situations.
In the video, Deep Robotics showcases the X30’s advanced ability to autonomously backtrack and evade approaching objects. The demonstration begins with an individual standing near the robot dog. As soon as the person moves closer, the X30 reacts by retreating, maintaining a safe distance—an action that the company notes is fully autonomous, with no manual input.
“Mindful of its situation, the quadruped can be seen backtracking as soon as the individual tries to approach it within touching distance,” reports the company, highlighting the impressive autonomy of the robot dog.
In another test, the robot evades a drum-like object rolled towards it with remarkable agility, demonstrating its ability to perceive and respond to dynamic threats. Additionally, the robot is shown dodging a surprise approach from behind, thanks to its integrated sensors that detect movement and trigger evasive maneuvers.
The X30’s final test involves its interaction with another robot dog. Even when confronted by its twin, the X30 maintains distance, once again showcasing its threat-avoidance capabilities.
This enhanced behavior can prove invaluable in real-world scenarios, especially in challenging environments such as rescue missions, security operations, and surveillance tasks in rugged, unpredictable terrain. As Deep Robotics notes, these robots are designed to perform tasks in areas that are “inaccessible or dangerous for humans,” making this technology critical for improving safety in various industries.
Currently, the “auto-dodge perception” feature requires programming, but according to Techeblog, future iterations of the X30 robot dog will likely integrate this behavior as a default capability powered by artificial intelligence (AI).