Weave Robotics Isaac 1 Home Robot

Weave Robotics Isaac 1 Home Robot

Weave Robotics has introduced Isaac 1, a mobile home robot priced at $7,999, designed to automate domestic chores such as laundry and room tidying. The robot is scheduled for delivery in Fall 2026.

Core Capabilities and Domestic Automation

Isaac 1 is designed to handle repetitive household tasks autonomously, specifically focusing on two primary workflows: Laundry Flow and Daily Reset.

  • Laundry Flow: The robot is capable of finding and picking up dirty clothes, handling loaded hampers, and folding laundry.
  • Daily Reset: Isaac 1 tidies living spaces by making beds and returning items such as pillows, blankets, shoes, and toys to their designated locations.

Hardware Specifications and Physical Design

Isaac 1 utilizes a full-stack hardware approach, featuring custom-built actuators, a remote actuation system, and integrated safety systems. Its physical design emphasizes adaptability and safety within a home environment.

Physical Dimensions and Reach

  • Height: Variable height from 3 feet to 5 feet 9 inches via a collapsible torso.
  • Footprint: 20.5" × 22" (Width × Depth).
  • Reach: Vertical reach of 80 inches and horizontal reach of 33 inches.

Technical Specifications

  • Degrees of Freedom (DoF): The robot features a total of 17 degrees of freedom, distributed across the neck (2), arms (2 × 6), hands (2 × 1), torso (2), and base (3).
  • Power: The system provides 8 hours of battery life with a 2-hour charge time.
  • Connectivity: The robot connects via Wi-Fi.
  • Mobility: A wheeled base ensures passive stability during operation.

Material and Safety Design

To ensure safety and a natural aesthetic, Isaac 1 uses a solid inner structure covered by soft fabric shells. These shells provide passive safety and are interchangeable to match home decor. The collapsible torso allows the robot to shrink in size when not in use to remain unobtrusive.

Operation and Control

Isaac 1 operates autonomously by default but includes a teleoperation assistance mode to ensure task completion in complex scenarios. Users control the robot via a companion app, which allows for on-demand activation or scheduling regardless of whether the user is at home or away.

Privacy is integrated into the design through physical cues that indicate whether the robot is currently active or inactive.

Sources