Instructions to use CoRL2026-CSI/Pi0.5-UR7e-ArrangeBlock_30epoch with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- LeRobot
How to use CoRL2026-CSI/Pi0.5-UR7e-ArrangeBlock_30epoch with LeRobot:
- Notebooks
- Google Colab
- Kaggle
CoRL2026-CSI/Pi0.5-UR7e-ArrangeBlock_30epoch
This is a LeRobot PI0.5 policy fine-tuned from
lerobot/pi05_base on
CoRL2026-CSI/UR7e-CaP_arrange_block_100epi_10fps.
The model is intended for UR7e ArrangeBlock manipulation experiments using RGB observations, robot proprioception, language instructions, and continuous action chunks. It is uploaded as a LeRobot policy checkpoint and should be loaded through the matching LeRobot PI0.5 implementation used for training.
Model Details
- Policy type: PI0.5
- Base policy:
lerobot/pi05_base - PaliGemma variant:
gemma_2b - Action expert variant:
gemma_300m - Action chunk size:
16 - Action steps:
16 - Max state/action dims:
32/32 - Vision encoder frozen:
false - Train expert only:
false - Gradient checkpointing:
true - Training dtype:
bfloat16
Fine-Tuning Setup
- Dataset:
CoRL2026-CSI/UR7e-CaP_arrange_block_100epi_10fps - Training steps:
5550 - Approx. epochs:
30.16 - Final training samples:
1420800 - Final training loss:
0.009152 - Runtime:
19.12 hours - Per-GPU batch size:
64 - Gradient accumulation steps:
2 - Number of GPUs:
2 - Effective batch size:
256 - Optimizer lr:
2.5e-05 - Optimizer betas:
[0.9, 0.95] - Weight decay:
0.01 - Scheduler warmup/decay:
1000/30000 - Final decay lr:
2.5e-06 - DataLoader workers:
8 - DataLoader prefetch factor:
1
Camera Mapping
- no explicit rename map
Image Augmentation
- disabled
Inputs
observation.images.base_0_rgb:STATE, shape[1]observation.images.left_wrist_0_rgb:STATE, shape[1]observation.images.realsense_topview:VISUAL, shape[3, 480, 640]observation.images.realsense_wrist:VISUAL, shape[3, 480, 640]observation.images.right_wrist_0_rgb:STATE, shape[1]observation.state:STATE, shape[7]
Outputs
action:ACTION, shape[7]
Usage
Install and use the same LeRobot checkout/environment that contains the PI0.5 policy
implementation, then point policy.path to this Hub repo.
lerobot-record \
--robot.type=<your_robot> \
--dataset.repo_id=<your_eval_dataset_repo> \
--policy.path=CoRL2026-CSI/Pi0.5-UR7e-ArrangeBlock_30epoch \
--episodes=10
For local Python usage, load the policy with LeRobot's policy factory from the training checkout.
Evaluation
This upload records the offline training run metrics only. No rollout success rate is claimed here unless a separate real or simulated evaluation is added later.
Final logged training metrics:
- loss:
0.009152 - grad norm:
0.377971 - learning rate:
2.500051366567086e-06 - update time:
6.0738 s/step - dataloading time:
0.0210 s/step
Limitations and Safety
This model is a robot control policy and can produce unsafe actions if deployed on hardware without appropriate validation, workspace limits, emergency stop handling, and task-specific safety checks. Test in simulation or a constrained setup before any physical deployment.
The model is specialized to the training dataset, camera mapping, calibration, action space, and embodiment configuration. It may not transfer reliably to different robots, camera placements, object layouts, or tasks without further validation or fine-tuning.
License and Terms
The training dataset is marked apache-2.0. This fine-tuned model is conservatively
marked as other; users are responsible for checking the applicable base model,
dataset, and deployment terms before use.
Files
model.safetensors: fine-tuned policy weightsconfig.json: LeRobot PI0.5 policy configtrain_config.json: training configurationpolicy_preprocessor.jsonandpolicy_postprocessor.json: LeRobot processor pipelinespolicy_*_processor.safetensors: normalization/statistics state used by processors
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Base model
lerobot/pi05_base