TF-Luna (ToF) Micro Single-Point Ranging LiDAR Laser Radar Rangefinder Compatible with Raspberry Pi | Detecting Range up to 8m

Price: $29.90 - $20.90
(as of Feb 18, 2023 05:55:31 UTC – Details)

Product Description

TF-Luna (ToF) Micro Single-point Ranging LiDAR

TF-Luna is a single-point ranging Lidar, based on ToF principle.With unique optical and electrical design, it can achieve stable, accurate and highly sensitive range measurement.

Features

Small Size Design

Small TF-Luna, weight as light as <5g.

Size: 35mm x 21.25mm x 19mm

Easy to get start, high level of generality

The power supply voltage of TF-Luna is 5V, equipped with UART communication interface, the communication level is 3.3V.

TF-Luna is compatible with Arduino, Raspberry Pi and other platforms.

Easy to get start, high level of generality

The power supply voltage of TF-Luna is 5V, equipped with UART communication interface, the communication level is 3.3V.

TF-Luna is compatible with Arduino, Raspberry Pi and other platforms.

SHIPPING LIST

TF-Luna LiDAR (8m) x1

Wiring x1

Application Scenarios

Robot

Robot obstacle avoidance

Robot anti-drop protection

UAV

UAV obstacle avoidance

UAV altitude setting

Smart City

Smart toilets

Smart trash bins

Smart Retail

Smart ad trigger

Smart mirror trigger

Economical – It can be widely applied to many development scenarios

SPECIFICATION

Distance Resolution: 1cmFrequency: 100HzAmbient Light Resistance: 70kluxDetecting Range: 0.2~8mWeight: ＜5gFoV: 2°Supply Voltage: 5V±0.1VData Interface: UART/ I²CAccuracy: ±6cm@(0.2m-3m)

TF-Luna is a single-point ranging Lidar, based on ToF principle. With unique optical and electrical design, it can achieve stable, accurate and highly sensitive range measurement.
Small Size Design, High Stability, High Sensitivity and High Precision. Easy to get start!
The power supply voltage of TF-Luna is 5V, equipped with UART communication interface, the communication level is 3.3V. TF-Luna is compatible with Arduino, Raspberry Pi and other platforms.
Economical: It can be widely applied to many development scenarios, such as Robot anti-drop protection, UAV obstacle avoidance, Smart home devices and so on.