Humanoid Robotics and AI Daily Wrap: Consumer Models Hit Pre-Order as Production Ramps Up
1X Technologies Launches NEO Humanoid Robot for Consumer Pre-Order
1X Technologies has officially opened pre-orders for its NEO humanoid robot, positioning the $20,000 machine as the “world’s first consumer-ready” model designed to automate everyday household chores. The 5-foot-6-inch, 66-pound robot is built to handle tasks such as folding laundry, organizing, tidying up, and fetching items. Its design prioritizes safety for domestic environments, featuring a soft polymer body and a custom 3D lattice polymer coating to prevent damage during close interaction with people or furniture.
A key hardware innovation is 1X’s patented Tendon Drive system, which utilizes high-torque density motors to create gentle, compliant, and low-energy movements that mimic human muscle action, allowing it to move smoothly and quietly—reportedly quieter than a modern refrigerator. NEO is also capable of lifting objects up to 154 pounds for brief tasks and carrying up to 55 pounds for normal operations.
The core of NEO is driven by Artificial Intelligence, specifically 1X’s generalist AI model, Redwood AI, which enables basic autonomy like opening doors and turning off lights from day one. However, a significant aspect of the launch is the “human-in-the-loop” strategy. For complex tasks, early adopters will need to allow remote human operators to control the robot through its on-board cameras to teach it new skills, effectively using early customers as beta testers to generate real-world training data. Shipments of the robot are expected to begin in 2026, with an alternative $499-per-month subscription plan also available.
Tesla Optimus V3 Production Nears as Component Orders Surge
The race to mass-produce humanoid robots is intensifying, with new reports suggesting that Tesla is nearing the completion of its Optimus V3 model. This speculation is fueled by an unusually large order of linear actuators from a Chinese supplier, a critical component for the robot’s joints and movement, indicating that preparations for mass production are starting soon. The Optimus robot is expected to be initially deployed in large industrial settings, with a target price hinted by Elon Musk to be in the range of $20,000 to $30,000 per unit, comparable to an entry-level car.
Recent public demonstrations have showcased significant performance upgrades for Optimus, including a circulated video showing the robot performing kung fu exercises in real time, responding to pushes, and executing small jumps to maintain balance. The updated chassis is reported to be lighter, allowing it to carry medium loads without fatigue, while dense electric joints are engineered for stability on both smooth and rough surfaces over long work hours. While early versions are aimed at industrial use to replace human labor, home versions for tasks like folding laundry are expected to follow once stability and reliability are proven outside of controlled lab environments.
Figure AI Shifts Strategy with In-House End-to-End AI Breakthrough
Figure AI, a prominent player in the humanoid robotics space and a key supplier to BMW, has announced a major strategic shift in its Artificial Intelligence development. The company has claimed a “major breakthrough on fully end-to-end robot AI,” which has been built entirely in-house. This internal success has led to Figure AI terminating its previous collaboration agreement with OpenAI.
The company is demonstrating its commitment to scaling its technology, with its founder Brett Adcock stating the company sees the potential of shipping 100,000 humanoid robots. Figure AI already has a fleet of its robots, such as the Figure 03, performing end-to-end operations on automotive production lines for customers like BMW. The focus is on integrating complex motion control with advanced language comprehension to create machines that can learn, adapt, and collaborate, moving beyond the rigid, pre-programmed routines of traditional industrial robots. BMW has confirmed its intention to accompany the humanoid technology from the development phase through to industrialization, signaling a strong corporate bet on the future of AI-driven humanoid automation in manufacturing.
RealMan Robotics Debuts RealBOT Open Platform to Accelerate Embodied AI
At the IEEE/RS International Conference on Intelligent Robots and Systems (IROS 2025), RealMan Robotics, a developer of ultra-lightweight humanoid solutions, unveiled its RealBOT Embodied Open Platform. The platform is specifically designed to accelerate innovation in embodied AI by providing a comprehensive, open system for researchers and developers. RealMan highlights its full-stack in-house development, which includes proprietary actuator and control technologies aimed at ensuring optimized performance and reliability for the RealBOT.
The company demonstrated the real-time collaboration capabilities of the embodied intelligent system by successfully conducting a cross-regional teleoperation demonstration, linking its Beijing Humanoid Robotics Data Training Center with a location in Hangzhou, a distance of 1,200 km. This center also serves as the backbone for high-quality data generation and AI training. The RealBOT platform is intended to drive global collaboration in embodied AI and is targeted at revolutionizing multiple sectors, including retail, healthcare, industrial, and domestic applications.
Artificial Muscle Breakthrough Promises Massive Strength Gains for Future Humanoids
In a development that could dramatically alter the physical capabilities of next-generation humanoid robots, researchers in South Korea have created an artificial muscle with extraordinary strength-to-weight properties. The new chemical structure allows the artificial muscle to lift approximately 4,000 times its own weight. This breakthrough in advanced materials science has direct implications for the future design and functionality of humanoid robotics, suggesting a path toward machines with unprecedented power and dexterity.
The current generation of humanoid robots is making significant strides in AI and balance, but physical strength and load-bearing capacity remain areas of active development. The integration of such ultra-powerful, lightweight ‘artificial muscles’ could enable future humanoid robots to perform highly demanding physical labor that is currently beyond their capability. It moves the field closer to realizing the science fiction vision of a robot capable of safely and efficiently handling heavy-duty tasks in human-centered environments.