WALL-SS
A next-generation general-purpose wheeled humanoid robot developed by X2Robot, driven by an end-to-end embodied foundation model and designed through integrated hardware-software co-development.
Primary use case: Home services, scientific research and education, commercial cleaning, and logistics sorting
Specifications
Physical
Locomotion
wheeled
Manipulation
Hand Type
unknown
Power & Autonomy
Autonomy Level
unknown
AI & Compute
AI Capabilities
End-to-end embodied foundation-model control, Autonomous perception, decision-making, and action, Cross-modal reasoning in the physical world, Strong generalization and adaptability, Model-driven coordinated control of high-degree-of-freedom arms, Human-like whole-body motion control, Dynamic force-control safety
Commercial
Availability
unknown
Primary Use Case
Home services, scientific research and education, commercial cleaning, and logistics sorting
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Startup Launches Humanoid Robot for Under $30,000
Feather Robotics Inc., a startup based in East Palo Alto, CA, has launched a humanoid robot called Feather with a starting price of $29,990. The two-armed mobile humanoid is designed as an open platform for physical AI, with each arm offering seven degrees of freedom, omnidirectional wheeled base, 10 hours of battery life, and an open SDK. Unlike competitors such as Figure, Tesla, Unitree, Agibot, and 1X that build both humanoid bodies and AI foundation models, Feather offers only the body, letting customers run models from Nvidia, Skild, or Physical Intelligence on it.
Boston Dynamics unveils new four-finger hand for Atlas humanoid robot
Boston Dynamics unveiled a new four-finger hand for its Atlas humanoid robot, featuring 13 degrees of freedom including a four-DOF opposable thumb and dense tactile pressure sensors. The design was optimized for complex manipulation tasks such as in-hand object reorientation, slip recovery, and tool operation including drills, grinders, and welding torches. The company deliberately chose four fingers over a five-finger human-like hand to reduce cost, size, and failure points while maintaining the dexterity needed for industrial work.
