Pre-orderResearch-based profile

Pollen Robotics / profile 001

Microduck

A small biped with open-source software, built for play, physical AI, and reinforcement-learning experiments.

Source set checked

Research status: Based on Pollen Robotics product, store, press-kit, and open-source materials; hands-on testing is not part of this profile.

Three Microduck robots gathered around a small ball25 cm tall15 motors
Image: Pollen Robotics press kit

Research verdict

A real robotics platform, not a general-purpose home helper.

Microduck is a 25 cm programmable biped from Pollen Robotics. It ships with trained movements and a gamepad, while exposing an open-source software and simulation stack for people who want to build new behaviors.

Our analysis

Microduck looks most compelling as an approachable physical-AI and robotics learning platform. Included movements lower the first-use barrier, while the open-source stack creates room to go much deeper. Buyers primarily seeking practical household labor should look elsewhere.

Best fit

  • Developers exploring reinforcement learning and sim-to-real robotics
  • Educators who want a compact physical-AI platform
  • Curious beginners who want included behaviors before they start coding

Probably not for

  • Buyers expecting a general-purpose household assistant
  • Anyone who needs a mature installed base and long-term reliability record
  • Shoppers who need immediate delivery rather than a preorder

Price and key facts

A normalized snapshot with evidence attached.

These fields use the same structure across every HomeRobotHQ profile. Each value is linked to its evidence, classified transparently, or marked as not published.

Listed price
$399 USD
Official source · Checked Open evidence ↗
Availability
Pre-order
Official source · Checked Open evidence ↗
Primary role
Programmable / physical AI
HomeRobotHQ classification · Checked Open evidence ↗
Form factor
Compact mobile biped
HomeRobotHQ classification · Checked Open evidence ↗
Mobility
Biped walking
Official source · Checked Open evidence ↗
Connectivity
Included behaviors work locally; Wi-Fi and Bluetooth support development
HomeRobotHQ classification · Checked Open evidence ↗
Cloud dependence
Low; open local software stack
HomeRobotHQ classification · Checked Open evidence ↗
Camera
Camera and depth sensing
Official source · Checked Open evidence ↗
Microphone
Microphones documented
Official source · Checked Open evidence ↗
Developer access
Open-source runtime and training tools
Official source · Checked Open evidence ↗
Charging
Removable rechargeable battery
Official source · Checked Open evidence ↗
Documented runtime
Not published by manufacturer
Not published · Checked
Dimensions
25 cm tall
Official source · Checked Open evidence ↗
Weight
About 800 g
Official source · Checked Open evidence ↗
Subscription
No required subscription documented
HomeRobotHQ classification · Checked Open evidence ↗

Additional documented facts

Introductory price
$399 USD
Official source ↗
Launch status
Pre-order
Official source ↗
Weight
About 800 g
Official source ↗
Actuation
15 motors
Official source ↗
Included control
Gamepad
Official source ↗
Connectivity
Wi-Fi and Bluetooth
Official source ↗
Software
Open-source stack
Official source ↗

Price, delivery timing, taxes, shipping, and regional availability can change. Verify the current store listing before making a purchase decision. View the reviewed price history →

Capabilities and limits

What can Microduck actually do?

The following behaviors are documented by Pollen Robotics and its official software repository.

  1. 01Walk, crouch, sit, kick a ball, and roll with optional wheel accessories
  2. 02Use an articulated beak to grasp small objects
  3. 03Recover to standing after a fall
  4. 04Run trained movement policies onboard at 50 Hz
  5. 05Accept gamepad control and developer-created behaviors

Important limitations

  • Microduck is in preorder, so delivery timing and the size of its owner community are still developing.
  • It is positioned for play and physical-AI learning, not for general household chores.
  • Advanced use requires comfort with robotics software, simulation, and experimental workflows.

Software and setup

Playable first, programmable when you are ready.

The official runtime repository documents the control loop, updates, Bluetooth control, camera streaming, and sensor services.

Pollen publishes simulation and reinforcement-learning tools so developers can retrain movement policies.

Basic play uses included behaviors and a controller; creating new behaviors requires technical work.

01

Charge and install the removable battery.

02

Pair the included gamepad.

03

Connect Wi-Fi or Bluetooth for software tools and updates.

04

Use the official repository for development workflows.

Projects worth exploring

  • Drive the included walking and recovery behaviors
  • Explore the MuJoCo simulation
  • Train or adapt a movement policy
  • Experiment with the camera, depth sensor, or NFC hardware

Privacy and connectivity

Sensors in the home deserve specific questions.

The specification lists a camera, microphones, Wi-Fi, and Bluetooth, so decide where the robot will operate and who may be recorded.

The launch sources do not answer every collection or retention question; review current manufacturer account and privacy terms.

An open-source runtime improves inspectability but does not prove that every connected service remains local.

Alternatives

Compare the role before the specification.

Sources and provenance

Primary sources reviewed.

This research profile starts with first-party evidence. Strong independent and owner evidence will be added as it becomes available.

  1. Official product pageMicroduck product page

    Pollen Robotics · Checked 2026-09-01

    Open source ↗
  2. Official storeMicroduck store listing

    Pollen Robotics · Checked 2026-09-01

    Open source ↗
  3. Official repositoryMicroduck software repository

    Pollen Robotics · Checked 2026-09-01

    Open source ↗
  4. Official press kitMicroduck press kit

    Pollen Robotics · Checked 2026-09-01

    Open source ↗