T30 Gesture-Recognition Tactile Sensor

T30 Gesture-Recognition Tactile Sensor

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T30 Gesture-Recognition Tactile Sensor

T30 Gesture-Recognition Tactile Sensor

The T30 is a compact flexible tactile sensor for direct gesture-based robot control. Recognizing 7 standard touch gestures — single tap, slide, and clockwise/counterclockwise circles — it decodes gesture commands over RS-485 and drives connected robotic arms in real time with low interaction latency.

Size
30 × 20mm
Interface
RS-485
View all specifications

Custom configurations

Ranges, mounting and interface can be configured to your platform. Tell us what you need.

Specification

Length (mm) 30

Width (mm) 20

Communication Interface RS-485

Gesture Recognition 7 gesture types

Protocol Header 0xA5 (uint8, 1 byte)

Protocol Data Field 0x00 (uint8, 1 byte)

Board ID 0x00~0xFF (uint8, 1 byte)

Data Length 9 (uint16, 2 bytes)

Sensor Type 0x01 (uint8, 1 byte)

Sensor Model 0x0B (uint8, 1 byte)

Data ID 0~65535 (uint16, 2 bytes)

Closed-Loop Arm Control

Direct serial connection decodes gesture commands and drives robotic arm motion in real time with low latency

Multi-Gesture Recognition

Recognizes 7 standard gestures — tap, slide, and clockwise/counterclockwise circles

Robust Serial Protocol

RS-485 communication with custom T30 protocol and checksum-verified data integrity

Real-Time Interaction

Captures contact pressure and displacement in real time to drive synchronized arm motion

Compare in this series

Three 6-axis models, different trade-offs.

ModelPressure rangeResolutionSizeInterface
T30 Not specified Not specified 30 × 20 mm RS-485
T160 0–500 N (Customizable) 0.01 N (Customizable) 161 × 150 mm UART/USB
T15G −5–20 N (Customizable) 0.01 N (Customizable) 15 × 13 mm UART/USB
T290F 0–5 N/cm² (Customizable) 0.005–0.01 N/cm² (Customizable) 300 × 300 mm RS-485/UDP
T8 −2–2 kg/cm² 0.0001 kg/cm² Not specified UART/USB
T53A −5–20 N (Customizable) 0.001 N (Customizable) 53 × 25 mm UART/USB

Where it is used

Custom configurations

Standard models cover most integrations, but not all. We adapt force and torque ranges, flange bolt patterns, cable exit direction, housing height and communication interfaces to your platform.