TF-Luna Single-Point LiDAR Sensor – 8m, UART / I2C

The TF-Luna ToF LiDAR Sensor is a compact solid-state single-point ranging device designed for precise distance measurement from 0.2 to 8 meters. It features 1 cm resolution, ±6 cm accuracy within 0.2–3 m, a 2° field of view, and a 100 Hz measurement frequency. The sensor operates at 5 V DC, tolerates ambient light up to 70 klux, and provides data output via UART or I²C interfaces. Its lightweight design (<5 g) makes it suitable for integration in robotics, obstacle detection, automation systems, and other embedded development projects requiring rapid and reliable distance sensing. Features Distance Measurement: Ranges from 0.2 to 8 meters with 1 cm resolution. Accuracy: ±6 cm within 0.2–3 m for precise distance sensing. Measurement Frequency: 100 Hz for real-time updates. Field of View: 2° detection cone for focused single-point measurement. Interface: UART and I²C communication for easy integration with microcontrollers. Supply Voltage: 5 V DC ±0.1 V for stable operation. Ambient Light Resistance: Up to 70 klux for reliable performance in bright environments. Compact Design: Lightweight sensor (<5 g) suitable for embedded systems and robotics. Specification Sensor Type | TF-Luna Time-of-Flight (ToF) Single-Point LiDAR Distance Range | 0.2–8 m Distance Resolution | 1 cm Measurement Accuracy | ±6 cm (0.2–3 m) Field of View | 2° Measurement Frequency | 100 Hz Supply Voltage | 5 V DC ±0.1 V Average Current | < 100 mA typical Interface | UART / I²C Ambient Light Resistance | Up to 70 klux Operating Temperature | ?10 °C to +60 °C Weight | < 5 g Application | Distance sensing, obstacle detection, robotics, embedded systems Links - 3D model on grabcad.com TF-Luna LiDAR Range Sensor - waveshare - TF-Luna LiDAR (8m) Datasheet - TF-Luna LiDAR (8m) Product Manual Tutorials Solid State LiDAR (Laser Radar) Selection Guide TF Luna LIDAR with ESP32 & Raspberry Pi Pico