VarwoMicroduck Robot: Price, Official Sources and Learning Routes
Find Pollen Robotics’ Microduck, its advertised price, source code and simulation resources. Separate the robot, simulator and NVIDIA training workflow.
Microduck is Pollen Robotics' small biped robot. Searches for “Hugging Face robot duck” and “NVIDIA Micro Duck” can refer to this same robot, while emphasizing different parts of its ecosystem. Start with the Pollen product page and its linked source repository, rather than treating every duck-branded shop as a verified manufacturer outlet.
What is advertised?
Pollen lists a $399 introductory preorder price before taxes and shipping, a 25 cm body, approximately 800 g weight, 15 motors, a camera, LiDAR and two IMUs. The listed box contains the robot, battery, USB-C cable and controller. Availability, destination-specific charges and delivery estimates must be checked at the linked store; this guide does not verify fulfilment.
The product page describes the software stack as Apache-2.0. The repository provides the runtime and directs developers to the separate reinforcement-learning project. Check the actual licence files for the component you reuse; the software label is not a blanket licence for every media asset or physical design.
Pick a route
| Your task | Start here | What to verify next |
|---|---|---|
| Identify or buy the robot | Pollen product page and its store link | Total price, shipping and current preorder terms |
| Explore the idea without hardware | Product page's simulator link | Controls, supported browser and what the simulation represents |
| Understand the robot's software | Official repository README | Runtime versus policy-training components |
| Study NVIDIA's workflow | NVIDIA technical article | Simulation requirements and physical-transfer limits |
NVIDIA's October 23 article uses Microduck as a reference robot in an obstacle-course workflow involving Isaac Sim and Isaac Lab. It separates simulation training and evaluation from preparing physical deployment. This connection does not establish that the robot's onboard computer is an NVIDIA GPU.
Before starting a training project
Write down one observable behaviour, the environment and how you will decide whether it succeeds. Keep a simulation result labelled as simulation. A policy that works in a virtual scene still needs a controlled physical evaluation before you describe the robot as reliably performing that task.
Sources checked October 30, 2026. Varwo reviewed documentation; we have not bought the robot, run the simulator, trained a policy or tested battery life. Manufacturer footage is demonstration material, not our test result.