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VigneshBhavan/so101-newton-actuator-ab-paired-checkpoints
so101-newton-actuator-ab-paired-checkpoints is a robotics model from VigneshBhavan. Use it for the robotics task on the model card, and read the license before you ship it in a product. The card lists the license as other.
This repository contains the matched GR00T N1.6 checkpoints used for the SO-101 Newton sim-to-real actuator-model comparison.
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Updated Jul 30, 2026
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From the Hugging Face model README
This repository contains the matched GR00T N1.6 checkpoints used for the SO-101 Newton sim-to-real actuator-model comparison.
These names match the accompanying PDF:
| PDF label | Checkpoint folder | Simulated actuator profile |
|---|---|---|
| AnchorBench | so101_anchorbench_profile_checkpoint-5000 | AnchorBench actuator profile |
| Workshop | so101_workshop_baseline_checkpoint-5000 | Workshop profile / Workshop baseline |
Task instruction:
Pick up the vial and place it in the yellow rack
The exact training demonstrations are now published at:
https://huggingface.co/datasets/VigneshBhavan/so101-newton-actuator-ab-paired-demos
Each profile has 118 matched episodes and 39,421 frames at 30 FPS, including
both external (front) and wrist (wrist) camera streams plus state and
action data. In the published LeRobot folders, those streams retain their
recording keys: external_D455 and ego, respectively.
Both branches start from the same task-specialized workshop checkpoint:
aravindhs-NV/grootn16-finetune_sreetz-so101_teleop_vials_rack_left/checkpoint-10000
They then receive:
5e-6.2e-6.The optimizer is Adafactor with a cosine schedule on both branches. All exact
GR00T configs, acceptance manifests, and lineage metadata are under
reproduction/training/.
The exact collision asset, composable AnchorBench USD layer, and complete
actuator profiles are under reproduction/assets/:
SO-ARM101-USD-Newton-CH.usdSO-ARM101-USD-Newton-CH-AnchorBench.usdaanchorbench_sysid_actuator_profile.jsonworkshop_baseline_actuator_profile.jsonUse the JSON profile for exact Isaac Lab behavior. The USD layer directly authors correctly unit-converted drive gains, max force, armature, and Newton Coulomb friction, while Isaac Lab applies dynamic and viscous friction at runtime.
See reproduction/README.md for the complete reproduction contract and
download commands.
The real-robot 50-pair comparison is under:
media/so101_working_scene_anchorbench_vs_workshop_50pair_timed_12x.mp4