OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
  1. OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
  2. OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
  3. OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
  4. OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
  5. OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
  6. OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
  7. OpenDuck Mini Open Source Mobile Robot Platform for Physical AI
  8. OpenDuck Mini Open Source Mobile Robot Platform for Physical AI

Open Duck Mini V2

$780.00

The OpenDuck Mini V2 is a compact, cutting-edge open source desktop robot designed for researchers, educators, and robotics enthusiasts. As an advanced iteration of the OpenDuck platform, it combines a lightweight 3D-printable frame with enhanced joint stability, making it an ideal testbed for Embodied AI and reinforcement learning.

Key Features of OpenDuck Mini V2

Compact Desktop Footprint: Tailored for desktop research, small robotics labs, and classroom demonstrations.
Open-Source Modular Design: Features 3D-printable hardware for rapid assembly, customization, and rapid prototyping.
Developer Ecosystem Support: Fully compatible with ROS 2, Python control APIs, Isaac Gym, and MuJoCo simulation environments.

Ideal Applications

Whether you are validating locomotion algorithms, teaching fundamental robotics, or building custom Embodied AI datasets, the OpenDuck Mini V2 delivers an affordable and customizable platform for next-generation AI innovation.

Description

An Exceptional Cost-effectiveness, High-Performance Bipedal Platform

  • The Tiny BDX Legacy

Signature parallel-linkage legs deliver dynamic, expressive gait like cinematic droids.

  • Sim-to-Real Optimized

Seamless MuJoCo & Isaac Gym support. Hardware tuned for accurate policy transfer.

  • Reinforcement LearningReady

Ideal for testing balance, recovery, and terrain adaptation with RL controllers.

  • Agile & Durable

High-speed serial bus servos with reinforced 3D-printed structure for aggressive testing.

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  • Delivery time: 7–14 days
  • Prices: Listed under EXW terms

We also support DAP or DDP delivery terms.

For more details, please email us with your shipping address.

Additional information

Weight 22.5 lbs

10 in stock (can be backordered)

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