Summary of Key Points from the Conference Call Industry Overview - The discussion revolves around advancements in the domestic robotics industry, particularly focusing on technology upgrades for robots showcased during the Spring Festival. Core Insights and Arguments - **Hardware Upgrades**: New requirements for hardware reliability, joint torque, motor torque, response real-time capability, and sensors have been established to accommodate explosive actions like high flips and landings [1][2] - **Sensor Enhancements**: Introduction of a force sensor at the wrist for external force perception and balance adjustment; the head-mounted LiDAR has been redesigned to face upwards for large-scale positioning and mapping [1][2] - **Control Capabilities**: Enhanced operational control requirements for large movements, with significant improvements in repeat positioning accuracy and efficiency, enabling quick positioning and precise location identification [3] - **Environmental Perception and Control**: Integration of environmental sensing with intelligent motion control algorithms and model-based predictive control to maintain balance under external impacts, utilizing a combination of imitation learning and reinforcement learning [3] Data Collection and Algorithm Development - **Data Usage**: Over 90% of the data used in algorithm development is synthetic, with real data primarily for calibrating the authenticity of synthetic data [4] - **Motion Capture Equipment Demand**: Limited demand for motion capture equipment by the company, mainly for data collection, while interactive scenarios require a larger quantity [4] - **Cluster Control Challenges**: The technical route is not cutting-edge but presents significant engineering challenges, particularly regarding hardware consistency, as individual differences can degrade cluster control effectiveness over time [4] Product Features and Supply Chain - **New Dexterous Hand**: The showcased new dexterous hand features a motor and linkage structure, lacking tactile sensors for cost-effectiveness and higher value [5] - **Shipping Volume and Capacity**: Actual shipping volume expected to be around 6,500 units in 2025; projected shipments of 10,000 to 20,000 units in 2026, with the main models G1 and R1 expected to account for over 80% of total shipments [5] - **Capacity Planning**: Full capacity in 2025 expected to exceed 10,000 units; in 2026, capacity could reach 35,000 to 40,000 units, with plans for expansion [5] - **Order Situation**: A surge in inquiries post-Spring Festival, with monthly updates on orders [6] Supply Chain Changes - **Supplier Adjustments**: Increased orders from Meihu for gear processing, transitioning from a secondary supplier to a primary supplier, with no new suppliers identified [7] Application Scenarios - **Market Strategy**: The company aims to prioritize B2C standardized scenarios (e.g., convenience stores, pharmacies, hospitals, nursing homes) over entering the home market, which is considered a pseudo-issue; these scenarios are not included in the 2026 shipment projections [8] Other Developments - **New Model Launches**: A wheeled chassis model has been released to match practical application scenarios; the H2-1 model is set to launch in summer 2026, enhancing load capacity [9] - **Listing Progress**: The company is following normal procedures for listing, with plans to achieve this by Q2 2026 without applying for green channel [9] - **VLA Model Development**: Initial efforts were not made, but recent years have seen a focus on developing large models and open-source models, necessitating the formation of a new software team with computer science professionals [9]