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Glossary · EXPLAINER

What is tactile sensing in robotics?

Tactile sensing gives robots a sense of touch, measuring contact, pressure and force on fingertips or 'electronic skin' so they can handle objects and people safely.

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Definition

Tactile sensing is the measurement of physical contact. Robots use fingertip arrays, electronic skin, force/torque sensors and vision-based tactile sensors.

Why it matters

Vision alone fails when objects are hidden by the hand itself or when force matters. Multisensory models like NEURA's Neuron AI explicitly add touch to the model input. See dexterous hands.

Frequently asked questions

What is electronic skin?

A flexible layer of sensors covering a robot's hand or body that detects contact and force across its surface.

Which specs matter for tactile sensors?

Force range (e.g. millinewtons to tens of newtons), spatial resolution (mm), sampling rate (Hz) and durability.

How do robots use touch data?

To adjust grip, detect slip, confirm task completion and, increasingly, as an input to AI models alongside vision.

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