Teach Once. Deploy everywhere.

A standardized robot arm for teachable automation.

Arms start at $2499. Sign up for preorder access.

For Researchers

Identical hardware. Reproducible results. Share policies, not setup guides across every bench in the lab.

For Startups & Labs

Unbox to data collection in an afternoon. Skip months of integration before the first real workflow runs.

For Production Teams

Train on one station. Deploy to a hundred. No per-unit config as the line scales up.

More than a demo arm.

ROBO-1 is designed to move from pilot to repeated deployment without rebuilding the whole stack every time.

Repeatable Tasks

ROBO-1 is built for repeatable deployment, with the same setup, same inputs, and same behavior from station to station.

ROBO-1 arm

A Platform You Can Grow With

Roboport combines teleoperation, fleet ops, and policy iteration so your system gets easier to run as you scale.

ROBO-1 shipping box

Teach. Train.
Deploy.

ROBO-1 connects demonstration, data collection, model training, and real-world execution in one integrated workflow.

Teach

Demonstrations and data collection.

ROBOis for companies who want toautomate solderingsort and pack inventoryrun quality inspectionsassemble small partstend CNC machinesload and unload stations

Go from 0 → 1 with robots with ROBO

Everything you need to build, deploy, and scale robotic automation - hardware, software, and fleet management in one platform.

ROBO-1

A 6-DOF robot arm with gripper, built for teachable automation. Standardized hardware means every unit behaves identically — train a policy once, deploy it to any ROBO-1.

Frequently Asked Questions

The questions teams ask when evaluating teachable automation in the real world.

What are the core ROBO-1 specs?
  • 6-DOF arm plus gripper for 7 total axes
  • 700 mm reach with 1.5 kg payload
  • CAN bus follower arm at 24V and serial bus leader arm at 5V
  • USB-C data interface with Linux, macOS, and Windows support
  • Under 3 kg for the arm itself
How do I teach ROBO-1 a new task?

Use the passive leader arm to demonstrate the motion while the follower arm mirrors it and the included cameras record the episode. Those demonstrations can then be stored in Roboport or used in LeRobot-style training and evaluation workflows.

Can I start with teleoperation before the task is fully autonomous?

Yes. Most teams begin with direct teleoperation, then move toward higher-level operator supervision as a skill matures. Roboport is built to support that progression while capturing the operator data you need to train the model to take over more of the job.

What does Roboport handle after I start collecting data?

Roboport covers episode capture, persistent dataset storage, model training and fine-tuning, checkpoint evals, and agent-assisted data workflows. It is the layer that connects teaching, training, validation, and deployment.

How does fleet management work when I scale beyond one station?

You can monitor sessions, manage teleoperation, and roll out policies from one platform instead of building custom tooling for every robot. Because the hardware, cameras, and workspace geometry are standardized, scaling to more stations does not turn into a fresh integration project each time.

Will ROBO-1 fit into the software stack we already use?

ROBO-1 ships with native Hugging Face LeRobot support, a matched MuJoCo digital twin, and a URDF for custom simulation workflows. It is designed to work with common imitation-learning methods like ACT and Diffusion Policy instead of locking you into a closed stack.

ROBO-1 arm trace

The robot arm for builders. Reserve early access.

Sign up for preorder access and we'll follow up with launch timing, pricing, and next steps for your team.