VL53L0X V2 Laser Ranging ToF Sensor Module

Product Description

The VL53L0XV2 Laser Ranging ToF Sensor Module is a compact distance-measuring sensor that uses Time-of-Flight (ToF) technology to measure the distance between the sensor and an object. It emits laser light and calculates the distance by measuring the time taken for the reflected light to return to the sensor.

Designed for robotics, automation, and electronic development projects, this module provides distance-sensing capabilities for applications such as obstacle detection, object positioning, and touchless interaction. Its Serial PWM communication interface allows it to be integrated with compatible microcontrollers and development boards.

The module features a purple PCB and comes with unsoldered components, providing flexibility for users who prefer to customise the assembly according to their project requirements. It is suitable for students, hobbyists, engineers, and developers working on embedded systems and sensor-based applications.

Key Features

• Time-of-Flight Technology: Measures distance using the travel time of emitted and reflected laser light.

• Laser-Based Distance Measurement: Enables non-contact distance sensing.

• Serial PWM Interface: Provides a communication option for compatible controller systems.

• Unsoldered Components: Allows users to customise the assembly according to their requirements.

• Compact Sensor Module: Suitable for integration into electronic prototypes and embedded projects.

• Robotics Applications: Useful for obstacle detection and object positioning.

• Automation Support: Can be incorporated into distance-monitoring and positioning systems.

• Touchless Interaction: Suitable for experimental gesture and proximity-based applications.

Technical Specifications

Design and Construction

The VL53L0XV2 ToF Sensor Module features a compact PCB-based design intended for integration into electronic circuits and embedded systems. Its purple circuit board houses the distance-sensing components and interface connections.

The unsoldered configuration allows users to perform the required assembly and customise the module for their project. Proper soldering and connection to a compatible controller are necessary before operation.

Working Principle

The module operates using Time-of-Flight technology. It emits laser light towards an object and detects the light reflected from its surface. The sensor uses the time taken by the light to travel to the object and return to determine the distance.

The measured distance information is made available through the module’s Serial PWM interface. A compatible microcontroller can receive and process this information to perform actions such as obstacle detection, distance monitoring, or automated movement control.

Applications

• Distance Measurement: Measures the distance between the sensor and nearby objects.

• Obstacle Detection: Helps robots and automated systems identify objects in their path.

• Robotics: Supports navigation, positioning, and proximity-sensing projects.

• Gesture Recognition: Can be used in experimental touchless interaction systems.

• Industrial Automation: Useful for object detection and positioning applications.

• Smart Devices: Supports proximity-based control and interactive electronics.

• Embedded Projects: Suitable for microcontroller-based distance measurement systems.

• Educational Projects: Useful for learning about ToF sensing and distance measurement.

Package Includes

– 1 × VL53L0XV2 Laser Ranging ToF Sensor Module (Unsoldered)

Disclaimer

The module requires proper assembly, wiring, and configuration before use. Compatibility depends on the controller, voltage requirements, interface implementation, and software used. Actual measurement performance may vary depending on target surface properties, ambient lighting, installation, and operating conditions.

Product images are for illustration and representation purposes only. The actual product may slightly differ in appearance, colour, design, or component placement due to manufacturing variations and production batches.