Instructions to use morealcholplz/ttt-vla-robomme-seqloader-preflight-r2 with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- Transformers
How to use morealcholplz/ttt-vla-robomme-seqloader-preflight-r2 with Transformers:
# pip install -U transformers accelerate # Load model directly from transformers import Gr00tN1d6 model = Gr00tN1d6.from_pretrained("morealcholplz/ttt-vla-robomme-seqloader-preflight-r2", device_map="auto") - Notebooks
- Google Colab
- Kaggle
TTT-VLA RoboMME โ SeqLoader T4 2-GPU Preflight R2
What this is
A model export produced during the SeqLoader/T4 two-GPU preflight stage for RoboMME. This is a runnable intermediate/preflight artifact, not a final benchmark claim.
- Experiment variant:
2026-08-10 seqloader_t4_2gpu_preflight_r2 - Original local path:
/home/work/mntvol/runs/ttt-vla-nuri/20260810_213801_seqloader_t4_2gpu_preflight_r2/nuri_seqloader_t4_2gpu_preflight_r2 - Repository type: model export
- Visibility: public
- Related logs/evaluation archive: https://huggingface.co/datasets/morealcholplz/ttt-vla-robomme-early-runs-eval-archive
The three benchmark/preflight repositories are intentionally separate. Their first model shard is shared, but their second shard differs; do not merge them or substitute one for another.
Contents
The repository root contains the exported model configuration and weight/tokenizer files produced by the corresponding run. The export is kept at repository root so it can be downloaded directly as a local model directory.
This artifact is preserved for reproducibility and later inspection. It does not by itself document a final RoboMME success rate.
Download
Using the Hugging Face CLI:
hf download morealcholplz/ttt-vla-robomme-seqloader-preflight-r2 --local-dir ./$(basename morealcholplz/ttt-vla-robomme-seqloader-preflight-r2)
Using Python:
from huggingface_hub import snapshot_download
snapshot_download(
repo_id="morealcholplz/ttt-vla-robomme-seqloader-preflight-r2",
local_dir="./ttt-vla-robomme-seqloader-preflight-r2",
)
Then point the TTT-VLA/RoboMME project loader at the downloaded directory. Loading is project-code specific; use the same model class and preprocessing code that produced the original export rather than assuming a generic AutoModel interface.
Provenance and caveats
- This is an artifact from the local
ttt-vla-nuriexperiment workspace, not a newly trained official RoboMME release. - The exact training/evaluation logs and videos are in the related archive dataset repository.
- The base model, code, and RoboMME dataset retain their respective licenses and terms.
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