Fingertip tactile sensor with an independent sensing unit and three-dimensional force perception. The TS-F-A is suited to integration into custom robotic fingers where contact force and near-contact detection are needed through an I²C interface.
| Sensor structure | Independent sensing unitReference ↗ |
| Force sensing | Three-dimensional forceReference ↗ |
| Communication | IIC / I²CReference ↗ |
| Normal force resolution | 0.01 NReference ↗ |
| Tangential force resolution | 0.25 NReference ↗ |
| Near-contact sensing | ≥1 cm, manufacturer specificationReference ↗ |
Reference specifications for the listed model. Options, test conditions and integration requirements should be confirmed for your selected configuration.
AI tactile-sensing chip and sensor developer. Its mixed-signal AI tactile chip lets sensors perceive 3D force, deformation, temperature and texture, targeting humanoid robots, automotive and consumer electronics. Backed by research teams from Tsinghua University and the University of Manchester.
Manufacturer and distributor references for model selection and technical review. Latest reference check: September 7, 2026.
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Discuss this configurationConfirm the sensor geometry, calibrated force ranges and cover material for the object surfaces you handle.
Request supply voltage, I²C protocol, supported sample rate and the host-side SDK for the supplied revision.
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