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SO-101 Bench adds a digital-twin benchmark for spatial robot manipulation

AI summary

Truman Hickok’s paper introduces SO-101 Bench, an Isaac Lab digital twin of a physical SO-101 setup for language-conditioned spatial manipulation. It includes four tasks, 138 objects across seen, unseen-instance and unseen-class splits, 916 evaluation episodes and 3,629 simulated demonstrations; the digital twin reproduced the physical arm’s policy ranking with Spearman rho of 1.00, although simulation overestimated success. Across nine VLAs and world-action models, the best learned policies scored nearly 61%, while an LLM agent combining code generation with a learned grasping policy reached 83.2%.

In-depth insight

The benchmark provides a low-cost simulation environment with held-out-object evaluation and physical-robot validation, making it directly relevant to embodied-AI research on inexpensive robot arms.

Computer Science > Computer Vision and Pattern Recognition

arXiv:2610.36420 (cs)

[Submitted on 27 Oct 2026]

Title:SO-101 Bench: Accessible Spatial Manipulation

Authors:Truman Hickok

View a PDF of the paper titled SO-101 Bench: Accessible Spatial Manipulation, by Truman Hickok

#SO-101 Bench#SO-101#Isaac Lab

Original · 3 min readRead the original
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