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Physical Intelligence presents pi0.7, a steerable robot foundation model

Physical Intelligence presents pi0.7, using richer context to steer robot behavior and transfer skills across embodiments.

Research

What Happened

Physical Intelligence presented pi0.7, a vision-language-action model evaluated across robot platforms and manipulation tasks. The date records the initial arXiv submission, not its April 24 revision. This was a research disclosure; the checked sources do not establish a public release of pi0.7 weights.

Why It Matters

The work investigates whether a generalist robot can recombine learned skills and transfer dexterous behavior between embodiments. The authors report cross-robot laundry folding and performance approaching specialized policies on selected tasks. These are author-run experiments, not evidence of universal robot competence.

Technical Details

The approximately five-billion-parameter system combines a Gemma 3 vision-language backbone, video memory and a flow-matching action expert. Training prompts contain subtask instructions, episode-quality metadata and visual subgoals, helping contextualize mixed-quality robot and non-robot data. Some novel tasks use human language coaching; autonomous execution can require subsequent high-level-policy fine-tuning.