Cereboto Robotics | OpenArm

Open-source robotics hardware for Physical AI.
Bimanual arms, teleoperation, and mobile manipulation.
Builds, tests, and technical updates

[Cereboto Robotics | OpenArm @CerebotoC]

Meet the Real-Life Disney BDX? DIY Open Duck Mini V2 Robot!

https://t.co/LuhADCzmT6

[Cereboto Robotics | OpenArm @CerebotoC]

More OpenArm manipulation experiments:
https://t.co/fVfeNlycF4

[Cereboto Robotics | OpenArm @CerebotoC]

One hand stabilizes the bottle. The other holds the cup. What should this dual-arm robot test next?

One hand stabilizes the bottle. The other holds the cup. OpenArm 2.0 × Aero Hand completes a dual-arm pouring task with no visible spill. #Robotics #RobotArm #BimanualManipulation

[Cereboto Robotics | OpenArm @CerebotoC]

@Quaocchoo You can order it on https://t.co/H9pMhSTXv5

[Cereboto Robotics | OpenArm @CerebotoC]

How far can open-source robotics go? 🦆

Our latest #OpenDuckMini V2 demo focuses on real-world testing and validation.

From motion control to bipedal locomotion, every test brings new insights into robot stability, control strategies, and sim-to-real development.

#Robotics

[Cereboto Robotics | OpenArm @CerebotoC]

Exploring open-source robotics, robot learning, and Physical AI?

Discover more robotics projects, hardware, and development resources from Cereboto:

https://t.co/BpBJaeLwk6

#OpenSourceRobotics #EmbodiedAI

[Cereboto Robotics | OpenArm @CerebotoC]

More details on the OpenArm platform and Waist Version:

OpenArm 2.0:
https://t.co/UBVBZVlJYp
OpenArm platform:
https://t.co/mhXrE9Hv32

#OpenSourceRobotics #RobotArm #MobileManipulator #LeRobot

[Cereboto Robotics | OpenArm @CerebotoC]

OpenArm 2.0 Waist Version in motion.

This demo shows how the added waist joint expands the robot’s workspace with bending and rotational movement—useful for teleoperation, manipulation, and Physical AI research.

#OpenArm #PhysicalAI #EmbodiedAI #Robotics #ROS2 #Teleoperation

[Cereboto Robotics | OpenArm @CerebotoC]

More OpenArm demos and open-source robotics platforms for manipulation, teleoperation and Physical AI:

https://t.co/2GsW6iZBMR

#RoboticsResearch #RobotManipulation #OpenSourceHardware #EmbodiedAI

[Cereboto Robotics | OpenArm @CerebotoC]

Testing force feedback on the OpenArm V1.1.

The demo shows how physical interaction can be reflected through the control loop, giving the operator a more intuitive sense of contact during teleoperation.

#OpenArm #ForceFeedback #Teleoperation #Robotics #EmbodiedAI #PhysicalAI

[Cereboto Robotics | OpenArm @CerebotoC]

More details on Cereboto’s open-source robotics platforms and OpenArm ecosystem:

https://t.co/2GsW6iZBMR
[email protected]

#OpenArm #PhysicalAI #EmbodiedRobotics #ROS2

[Cereboto Robotics | OpenArm @CerebotoC]

Cereboto OpenArm V2.0 Ultra — built for the next stage of Physical AI research.

A dual-arm robotics platform designed for manipulation, teleoperation, embodied AI and real-world data collection, with an open ecosystem for ROS2-based development.

#PhysicalAI #EmbodiedAI

[Cereboto Robotics | OpenArm @CerebotoC]

We’re continuing to test OpenArm platforms across teleoperation, real-world manipulation, and robotics data collection workflows.
More OpenArm projects, hardware details, and demos:
https://t.co/2GsW6iZBMR

For technical discussions:
[email protected]

#PhysicalAI #EmbodiedAI

[Cereboto Robotics | OpenArm @CerebotoC]

From human motion to robot manipulation.

Testing the OpenArm KER teleoperation setup with OpenArm 2.0 inside the OpenArm Cell — exploring an intuitive workflow for real-world robot control, manipulation testing, and embodied AI data collection.
#OpenArmKER #OpenArm2 #OpenArmCell

[Cereboto Robotics | OpenArm @CerebotoC]

More dexterous-hand and open robotics projects from Cereboto:

🌐 https://t.co/H9pMhSTXv5
📩 [email protected]
Building hardware for Physical AI, robot learning, teleoperation, and real-world data collection.

[Cereboto Robotics | OpenArm @CerebotoC]

What does a robot need to move from simple grasping to real-world manipulation?

Different tasks need different hands. From compact 4-finger control to lightweight 5-finger designs and 20-DOF human-like motion, we’re exploring dexterous hands for teleoperation.

#DexterousHand

[Cereboto Robotics | OpenArm @CerebotoC]

A closer look at how we’re iterating on OpenArm V1.1 — from mechanical structure to real-world motion validation.

More open-source robotics platforms and demos:
⁠https://t.co/H9pMhSTXv5

[Cereboto Robotics | OpenArm @CerebotoC]

More motion, more possibilities for OpenArm V1.1

Testing an optimized waist mechanism that adds rotation + forward bending to the OpenArm V1.1 platform.

#OpenArm #PhysicalAI #EmbodiedAI #Robotics #RobotArm #HumanoidRobotics #Teleoperation #VLA #ROS2

[Cereboto Robotics | OpenArm @CerebotoC]

More real-world OpenArm experiments are coming from research teams and robotics labs.

For anyone exploring Physical AI, VLA research, teleoperation, or real-world robot data collection, more platform details and demos can be found at Cereboto.

[Cereboto Robotics | OpenArm @CerebotoC]

A real-world robotics demo from Hetao College: bimanual manipulation, teleoperation, and vision working together in a practical tabletop task.

These experiments are where Physical AI moves from simulation into repeatable real-world interaction.
#PhysicalAI #EmbodiedAI #Robotics

[Cereboto Robotics | OpenArm @CerebotoC]

From teleoperation to manipulation data collection, demos like this help bridge the gap between robotics research and real-world deployment.

More open-source robotics platforms & demos:
[email protected]

#RoboticsResearch #VLA #RobotData #EmbodiedIntelligence

[Cereboto Robotics | OpenArm @CerebotoC]

A real-world robotics demo from Hetao College: bimanual manipulation, teleoperation, and object interaction in a lab environment.

These hands-on experiments are where embodied AI meets physical hardware—turning human demonstrations into useful robot learning data.

#EmbodiedAI