TFmini-S 0.1~12m Laser LiDAR Module – 1000Hz High Frame Rate, Low Power, Cost-Effective Distance Sensor for Precision Ranging UART interface

$46.78

SKU: FA3085-1 Category:

Description

The TFmini-S is a compact, single-point Time-of-Flight (ToF) laser ranging module from Benewake, designed for precision distance measurement in robotics, drone altitude hold, and industrial automation. It uses a VCSEL laser source and a narrow 2° field of view to achieve a detection range of 0.1m to 12m against a 90% reflectivity target (indoor 0klux), with reduced range of 0.1–7m against 10% reflectivity targets . The module delivers a selectable frame rate of 1–1000Hz via UART (default 100Hz), enabling high-speed data acquisition for dynamic applications . Its compact 42×15×16mm ABS/PC housing weighs only 5g, making it easy to integrate into space- and payload-constrained systems.

Despite its small size, the TFmini-S offers robust performance: ±6cm accuracy from 0.1–6m and ±1% accuracy from 6–12m, with 1cm distance resolution . Power consumption is ≤0.7W with ≤140mA average current, and the module is eye-safe under Class 1 (EN60825) certification . It supports UART communication with LVTTL (3.3V) levels, and the same hardware also supports I2C and I/O modes for added flexibility . The module is well-suited for both individual makers building Arduino-based ranging projects and business purchasers seeking a cost-effective LiDAR solution for volume integration.

Features

  • 0.1–12m ToF Ranging: Single-point laser distance measurement with 1cm resolution for precise proximity and altitude sensing .

  • Adjustable 1–1000Hz Frame Rate (UART): High-speed output for dynamic applications requiring rapid updates; default is 100Hz .

  • Compact and Lightweight: 42×15×16mm footprint and 5g weight enable integration into small robots and drones .

  • Low Power Consumption: ≤0.7W operation with ≤140mA average current for battery-sensitive designs .

  • UART with LVTTL (3.3V) Levels: Directly compatible with 3.3V logic microcontrollers; 5V supply powers the module while communication uses 3.3V levels .

  • Eye-Safe Class 1 Laser: VCSEL at 850nm meets EN60825 Class 1 safety requirements .

  • Narrow 2° Field of View: Directional measurement minimizes interference from off-axis objects .

  • Robust Ambient Light Tolerance: Operates under up to 70klux ambient light conditions .

Technical Specifications

Parameter Specification
Ranging Range 0.1–12m @90% reflectivity (indoor 0klux); 0.1–7m @10% reflectivity
Accuracy ±6cm (0.1–6m); ±1% (6–12m)
Frame Rate UART: 1–1000Hz adjustable (default 100Hz)
Distance Resolution 1cm
Supply Voltage 5V ±0.1V
Average Current / Power ≤140mA / ≤0.7W
Communication Interface UART (LVTTL 3.3V); I2C and I/O also supported
Dimensions / Weight 42×15×16mm / 5g ±0.3g 

Additional information

Ranging Range

0.1–12m @90% reflectivity (indoor 0klux); 0.1–7m @10% reflectivity

Accuracy

±6cm (0.1–6m); ±1% (6–12m)

Frame Rate

UART: 1–1000Hz adjustable (default 100Hz)

Distance Resolution

1cm

Supply Voltage

5V ±0.1V

Average Current / Power

≤140mA / ≤0.7W

Communication Interface

UART (LVTTL 3.3V); I2C and I/O also supported

Dimensions / Weight

42×15×16mm / 5g ±0.3g

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