VL53L0X Pre-Soldered Laser Ranging ToF Sensor Module

Name: VL53L0X Pre-Soldered Laser Ranging ToF Sensor Module
Brand: ShillehTek
SKU: YZ154
Price: 9.99 USD
Availability: InStock

SKU YZ154

$9.99 USD Shipping & tax calculated at checkout

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VL53L0X ToF laser ranging sensor module for fast, accurate non-contact distance and proximity measurement up to 2m via I2C/PWM; pre-soldered for robotics, wearables, drones, home automation.

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Overview

Product Overview

Laser ranging ToF sensor module, the VL53L0X measures distance using time-of-flight technology for fast, accurate non-contact ranging up to 2 meters. This compact proximity sensing module communicates over I2C and PWM, making it easy to add obstacle detection, height sensing, gesture or presence awareness, and distance-based control to robotics, drones, wearables, home automation, smart devices, and prototyping projects. Supplied pre-soldered for quicker integration, it is a practical choice for Arduino, Raspberry Pi, ESP32, and other microcontroller platforms that need reliable short-range distance measurement.

Questions & answers

Frequently asked questions

Does the VL53L0X sensor work with Raspberry Pi?

Yes. The module is intended for Raspberry Pi, Arduino, ESP32, and other microcontroller platforms that can use its supported digital interfaces. It is suitable when the project needs short-range, non-contact distance or proximity measurement.

Is the VL53L0X module ready to connect?

Yes. This version is supplied pre-soldered, so the header connection work is already done. That makes it quicker to plug into a breadboard, jumper wires, or a compatible prototyping setup before writing code.

What interface does the VL53L0X sensor use?

The module communicates using I2C and PWM, giving common options for microcontroller and single-board computer projects. Check your controller’s pinout and software library support before wiring, especially when sharing an I2C bus with other devices.

Can the VL53L0X detect obstacles for robots?

Yes. The VL53L0X is commonly used for obstacle detection, proximity sensing, height sensing, presence awareness, and distance-based control. Its time-of-flight measurement supports fast, non-contact ranging for robots, drones, smart devices, and prototypes up to 2 meters.

Why is my VL53L0X distance reading inconsistent?

Inconsistent readings can come from target reflectivity, angle, motion, ambient conditions, wiring, or software configuration. Verify stable connections, use the correct I2C or PWM setup, and test against a flat target within the sensor’s supported short-range distance.

Have other questions?

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What's included