The Future is AI-Powered Robots
We're heading into a world where robots carry out our tasks and follow instructions.
We're building for that future.
Modular Hardware
Build, customize, and repair with accessible, 3D-printable parts and off-the-shelf components.
Vision & AI
An orchestration of the best open AI models for vision, language, and complex task execution.
Dev SDK
Build powerful features for your robots with our SDK. Train in IsaacLab. Simulate in Gazebo. Write policies in ROS.
Powerful & On-Edge
Industry-grade electronics along with powerful onboard compute to handle complex real-world tasks.
Natural Motion Out of the Box
Whole-body controllers and learned policies produce smooth, human-like motion across everyday tasks. From reaching and grasping to coordinated locomotion.
32 Degrees of Freedom
Fine-grained articulated control
On-Edge Inference
Low-latency motion generation
ROS 2 Native
Plug into standard robotics tools
Smooth Gaits
Optimized for natural cadence
Actuators Tuned for Accuracy
High-torque QDD and servo actuators provide responsive, stable control with joint-level accuracy for manipulation and safe human interaction.
0.1° Positioning
Repeatable, precise articulation
Field-Repairable
Modular, serviceable design
2 ms Control Loop
Snappy response and stability
48V Battery
Sustained performance on edge
Technical Specifications
Designed for performance, modularity, and manufacturability.
1.8m
Height
45kg
Weight
32
DOF
5kg
Payload (per arm)
48V
Li-ion Battery
2-4 hrs
Runtime
PLA/PETG
3D Printed Materials
Servo + QDD
Actuators
