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MyoSuite

Musculoskeletal simulation for science & embodied AI

Physiologically grounded muscles, MuJoCo physics, and RL-ready tasks — open for labs building the next generation of motor intelligence.

1.2k+
GitHub stars
7
body models
416
full-body muscles

University contributors

Academic labs advancing musculoskeletal simulation

  • Imperial College

  • King's College

  • University of Cambridge

  • Northeastern University

  • McGill University

  • EPFL

  • University of Toronto

Overview

Environments for dexterity and agility

MyoSuite is a collection of environments and tasks solved by musculoskeletal models to understand human dexterity and agility.

Postural & Dexterity
In hand manipulation
Spatial manipulation
Locomotion

MyoSim library

Models engineered for research

Stable body models from MyoSim — elbow and finger legacy models on the full catalog.

Browse all models

Multi-platform · Linux, macOS, Windows, and Colab — install with pip, conda, or uv.

Built for labs and builders

MuJoCo + Gymnasium

CPU environments such as myoElbowPose1D6MRandom-v0 with physiological musculotendon actuators.

MJX & mjlab backends

JAX/MJX and Warp/Isaac (mjlab) ports for elbow, finger, hand, gait, and mimic families.

MyoSim model library

Anatomically detailed XML fragments and composed assemblies from MyoHub/myo_sim.

Docs & tutorials

Audience guides for biomechanics, neuroscience, ML, and rehab plus notebook tutorials.

Research-grade by design

Endorsements

From researchers using MyoSuite in their own work.

“MyoSuite has been pretty painless to work with so far, nice work ... my policies seem to converge nicely as well on my first attempt.”

Nicklas H.

“Working with MyoSuite is great, it makes it so much simpler to train agents to control musculoskeletal systems.”

Alberto C.

Cite MyoSuite

CoRL 2022 · arXiv:2205.13600

@Misc{MyoSuite2022,
  author = {Caggiano, Vittorio AND Wang, Huawei AND Durandau, Guillaume AND Sartori, Massimo AND Kumar, Vikash},
  title = {MyoSuite -- A contact-rich simulation suite for musculoskeletal motor control},
  publisher = {Learning for Dynamics and Control (L4DC)},
  year = {2022},
  howpublished = {\url{https://github.com/MyoHub/myosuite}},
  doi = {10.48550/ARXIV.2205.13600},
  url = {https://arxiv.org/abs/2205.13600},
}

Challenge & symposium

Join the competition, the workshop series, and the demo archive.