What happened: Make a Robot Arm Feel Weightless with NVIDIA Holoscan 5

NVIDIA Holoscan 5 enables low-latency gravity-compensation control loops for robot arms using custom operators in Python or C++.

Why it matters: Make a Robot Arm Feel Weightless with NVIDIA Holoscan 5

Robotics engineers building torque-controlled systems need responsive feedback at hundreds of Hz to avoid instability and unsafe behavior.

Gravity compensation requires accurate robot models, precise joint state reading, and careful thread pinning to CPU cores to minimize latency jitter.

In the news

NVIDIA Developer · Published November 9, 2026 · 3 min read

What happened: NVIDIA Holoscan 5 enables low-latency gravity-compensation control loops for robot arms using custom operators in Python or C++.
Why it matters: Robotics engineers building torque-controlled systems need responsive feedback at hundreds of Hz to avoid instability and unsafe behavior.
Watch out: Gravity compensation requires accurate robot models, precise joint state reading, and careful thread pinning to CPU cores to minimize latency jitter.

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