Force-blindness is holding robots back and they need to learn how to touch!



Hand-force data for robotics and physical AI.

Capture human grasping and manipulation forces to train, validate and improve robotic systems.

Human interaction

Robots Need to Learn Force Before They Can Safely Touch Us

Most robotic force-sensing demos focus on touching hard objects, but the real world is often soft, delicate, and unpredictable.

For future humanoid robots and physical AI systems, understanding how much force is applied to soft objects — including materials similar to the human body — will be essential for safe and intelligent interaction. LoadGlove helps capture real human grasping force data, enabling robots to learn how to touch, hold, and manipulate soft objects with the right amount of force.

loadglove robotics and physical AI hand-force dataset

Grasp strategy

Measure how force is shared between fingers and palm during manipulation.

AI training

Create richer examples for physical AI and humanoid robot learning.

Validation

Compare robot hand force profiles against human reference tasks.

Expanded application notes

Measurement questions and useful outputs.

What force strategy does a human use during grasping, manipulation, release and correction of object slip?

Time-aligned grasp force, contact timing, finger contribution and synchronized datasets for robotics or physical AI research.

Recommended setup

Define the task, expected force range, sensor location and feedback threshold before testing so every trial produces comparable data.

Scientific value

The application becomes stronger when force data is synchronized with video, timing events, questionnaires, motion capture or operator notes.

loadglove shorts for robotics and physical AI.

These two short videos show compact examples of loadglove force measurement for physical AI and humanoid robot training.

Robotics force measurement

Humanoid robots fail at daily tasks not because they can't move, but because they can't feel

Understand Force on Soft Objects

For future humanoid robots and physical AI systems, understanding how much force is applied to soft objects — including materials similar to the human body — will be essential for safe and intelligent interaction.

Build force-aware robotics datasets

Combine hand force with motion, task and object context.

Discuss robotics use
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