Figure 02, the new version of the advanced humanoid robot Figure 01, has been introduced. The new robot is highlighted as the world’s most advanced artificial intelligence hardware.
Figure AI company’s new humanoid robot model Figure 02, With its new body it no longer looks like a prototype. The robot, which sees its surroundings with six different RGB cameras powered by artificial intelligence, moves faster and increases the mobility of its hands and fingers significantly. The new humanoid robot, which has three times the built-in artificial intelligence processing power of Figure 01, can stay on duty for 50 percent longer than the model it replaces with a 2.25 KWh battery. The robot, which is actively undergoing factory tests, can learn by analyzing and It can make dynamic adjustments on its own as needed while it is running. About the robot, “Our engineering and design teams have completely redesigned the hardware and software for Figure 02. Significant technical advances have been made in critical areas such as artificial intelligence, computer vision, battery, electronics, sensors and actuators.” Figure AI, which made a statement with the new robot, states that mutual voice communication can be established. For this, see Figure 02 above. speaker And microphones is located.
YOU MAY BE INTERESTED IN
Figure AI before this It attracted attention by announcing a collaboration with OpenAI to develop next-generation artificial intelligence models for humanoid robots. With this collaboration, the company aims to accelerate the commercialization of the robots it has developed by improving the natural language processing and reasoning abilities of humanoid robots, and has also been on the agenda with a BMW partnership. The company has developed its first humanoid robot within the scope of this partnership. He took it to the BMW production facility in South Carolina, USA. Figure AI told TechCrunch: He stated that they will focus on five different tasks in the first phase. and said that the robot had no intention of replacing factory workers. Figure AI and BMW want to see how this kind of technology performs in real production processes and from this it is known that both sides have collected important information