The recently introduced Daystar Bot GSthe Lenovo’s six-legged robot dogseems to take over from the Daystar Robot launched in 2020 and has quietly made its appearance on the iF Design site, capturing attention not only for its innovative design, but also for having been awarded the prestigious iF Design Award 2024.
At first glance, it resembles the Boston Dynamics Spot because of its robotic structure. However, Lenovo has chosen not to refer to it as a “robotic dog,” a decision likely influenced by its unique three-legged design, in contrast to Spot’s two legs, calling it, instead, a “Robot with legs for inspection solutions.”
A six-legged robot dog with multiple functions
With regard to its design, the iF Design site highlights that the six legs of the Daystar Bot GS give it exceptional stability and agility. According to Lenovo, these features allow the robot to navigate a variety of terrains with ease, demonstrating its versatility and adaptability.
Although full technical details have not yet been disclosed, Lenovo has shared that the Daystar Bot GS is equipped with a state-of-the-art control system, advanced perception algorithms and IP66 protection. These specifications suggest that the robot is designed to overcome challenges in unpredictable environments effectively.
Further differentiating itself from Boston Dynamics’ Spot, the Daystar Bot GS features a wider “face”, equipped with at least three cameras and complemented by additional technologies on its sides and top. These characteristics indicate a focus on improving perception and interaction with the environment.
When will the Daystar Bot GS be available?
Although Lenovo has not confirmed a specific launch date, the iF Design site anticipates that the Daystar Bot GS will be available for the Asian market towards the end of this year. Intended primarily for enterprise applications, as well as for the public and government sectors, it promises to be a valuable tool in a variety of professional fields.
Lenovo’s foray into the legged robot market underscores the growing trend of using advanced robotics in critical infrastructure inspection and maintenance. With enhanced capabilities for navigating difficult terrain and autonomously performing inspection tasks, the Daystar Bot GS could usher in a new era in which robotics plays a crucial role in the preservation and care of our built environments, opening up new possibilities for intervention in areas previously inaccessible or dangerous to humans.
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Source: notebookcheck.org
Photos: ifdesign.com
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