(Scypre.com) – Tesla, renowned for its electric vehicles, solar solutions, and energy storage systems, has expanded its technological prowess into the realm of humanoid robots, aimed at versatile task execution and human interaction.
Recently introduced, the latest iteration of Tesla’s humanoid robot, Optimus Gen 2, outshines its predecessor in terms of reduced weight, increased speed, enhanced smoothness, and expanded capabilities.
Positioned as a multipurpose machine, Optimus Gen 2 is intended to aid humans across diverse sectors including manufacturing, construction, healthcare, and entertainment.
Standing at 5 feet 11 inches and weighing 121 lbs, Optimus Gen 2 boasts a lighter frame, 30% increased speed (5 mph), and 35 degrees of freedom for flexible joint movement. Notably, its improved hands, feet, neck, and body provide a more human-like appearance and movement.
The robot’s hands, equipped with tactile sensors and faster actuators, feature 11 degrees of freedom, enabling precise and dexterous object manipulation. Its feet, with natural shapes, incorporate force/torque sensors and articulated toes for enhanced balance and smoother walking.
The neck, with two degrees of freedom, adds expressiveness and flexibility as it tilts and rotates the head. The streamlined and robust body integrates electronics and wiring, coupled with a new white color scheme.
Optimus Gen 2 signifies a significant milestone for both Tesla and the broader field of robotics, showcasing the rapid advancements made by Tesla in creating humanoid machines with capabilities that rival or surpass those of humans. Beyond technological achievements, the robot underscores the potential integration of humanoid robots into societal and economic frameworks, particularly in handling tasks deemed dangerous, dull, or challenging for humans.
While Tesla is not the sole player in the humanoid robotics arena, its advantageous position lies in mass production and scalability, leveraging existing expertise and infrastructure developed for electric vehicles and batteries.
Reports suggest that Tesla envisions establishing a network of robots capable of seamless communication and collaboration, facilitated by its Autopilot and Neuralink technologies.
Optimus Gen 2 serves as a testament to Tesla’s ambition and innovation in pushing the boundaries of humanoid robotics. Yet, amidst admiration for technological progress, critical questions arise concerning the coexistence and collaboration between humans and humanoid robots. The potential benefits and risks associated with this technological shift warrant careful consideration as we navigate this new era of humanoid robotics.