刚刚，Figure 03人形机器人登场，能感知一枚回形针重量

Core Insights - The article discusses the introduction of Figure 03, a humanoid robot developed by Figure, designed for household tasks and scalable production [14][22]. Group 1: Robot Features - Figure 03 is capable of performing various household chores autonomously, such as serving tea, cleaning dishes, and folding laundry [3][14]. - The robot features an AI-driven design, with hardware optimized for artificial intelligence, enabling it to reason and operate in real-world environments [16][17]. - It incorporates a next-generation visual system that enhances perception with double the frame rate and reduced latency, crucial for navigating complex spaces [19][20]. - The hand system includes embedded cameras for close-range visual feedback, improving its ability to handle delicate tasks [21][23]. Group 2: Safety and Usability - The design prioritizes safety with soft materials to reduce injury risks and a lightweight structure that is 9% lighter than its predecessor [26]. - The battery system includes multiple safety mechanisms and has been certified for transport safety, ensuring reliability during operation [27]. - Maintenance is simplified with tool-free disassembly and washable materials, enhancing user experience [27]. Group 3: Production and Scalability - Figure 03 is designed from the ground up for high-volume manufacturing, with a focus on cost control and manufacturability [29][30]. - The BotQ factory aims for an initial production capacity of 12,000 units per year, with a long-term goal of 100,000 units [30]. - The company employs a vertical integration strategy for key components, ensuring quality and efficiency in production [29]. Group 4: Commercial Applications - The advancements in Figure 03's capabilities make it suitable for commercial applications, with features that can be customized for specific business needs [32][35]. - The robot's improved efficiency and operational capabilities allow for near-continuous operation through features like inductive charging and wireless data transfer [35].