Instructions to use drashutoshspace/moonbot_act_no_tf with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- LeRobot
How to use drashutoshspace/moonbot_act_no_tf with LeRobot:
- Notebooks
- Google Colab
- Kaggle
moonbot ACT โ three blocks stack, WITHOUT force/torque
ACT trained from scratch (ImageNet ResNet-18 backbone). Note: LeRobot ACT does not take the language task instruction as input, so it is a no-language baseline across the 9 tasks on
gdiazsrl/lerobot_sep23_no_tf.
Comparison run. One of six runs comparing pi0 / SmolVLA / ACT with vs without force/torque. Same dataset, batch 16, 20,000 steps and seed as the pi0 run drashutoshspace/moonbot_pi0_no_tf; the force/torque twin of this model is drashutoshspace/moonbot_act_tf.
Training curves: https://wandb.ai/drmishra-space/lerobot/runs/a7hpuoto
Deployment contract: 15-dim state = joint_read (8) + tip_pos (7), NO F_ee force/torque; 3 cameras; 8-dim action.
Checkpoints
checkpoint-005000, -010000, -015000, -020000 (same steps as the counterpart run).
Each folder contains weights, pre/post-processors, this run's rosetta contract and DEPLOY.md.
The final checkpoint also includes training_state/. Complete checkpoints with optimizer state are
also on the team OneDrive under DATA/Processed/act_no_tf/.
Training
| batch size | 16 |
| steps | 20,000 |
| optimizer / schedule | the algorithm's own LeRobot preset |
| seed | 1000 (default) |
| validation split | none (as in the pi0 runs) |