Sorry, this item is temporarily out of stock.

6PCS IR Infrared Obstacle Avoidance Sensor Module High-Precision 3-Pin for Robot Car DIY Project

Brand Torribaly
New
Add to Basket
Description & Details

Summary

  • Infrared Obstacle Detection: Utilizes IR emission and reception to detect obstacles in front of the sensor, suitable for line-following cars, smart robots, and automatic avoidance systems.
  • High Precision & Stability: Provides stable and precise detection performance with low error rate, even in complex environments.
  • Compatible with Arduino: Fully compatible with Arduino and other 5V microcontroller platforms, making it ideal for development, teaching, and DIY electronics experiments.
  • Adjustable Detection Distance: On-board potentiometer allows you to fine-tune the detection range to match your project requirements.
  • Digital Output Signal: Provides a clean digital high/low output signal that is easy to read and process by your control board.

6PCS IR Infrared Obstacle Avoidance Sensor Module High-Precision 3-Pin for Robot Car DIY Project Description

Infrared Obstacle Detection: Utilizes IR emission and reception to detect obstacles in front of the sensor, suitable for -following cars, robots, and automatic avoidance systems.
High Precision & Stability: Provides stable and precise detection performance with low error rate, even in complex environments.
Compatible with : Fully compatible with and other 5V microcontroller platforms, making it ideal for development, teaching, and DIY electronics experiments.
Adjustable Detection Distance: -board potentiometer allows you to fine-tune the detection range to match your project requirements.
Digital Output Signal: Provides a clean digital high/low output signal that is easy to read and process by your control board.

Color: As Shown
Material: Pcb

Package Contents:
1x IR Infrared Obstacle Avoidance Sensor Module

Details

OPC PWZMBJT
Brand
Torribaly
Codes 6032375955504 (EAN)
Product and Safety Information

Product Images

6PCS IR Infrared Obstacle Avoidance Sensor Module High-Precision 3-Pin for  Robot  Car DIY Project 1
6PCS IR Infrared Obstacle Avoidance Sensor Module High-Precision 3-Pin for  Robot  Car DIY Project 2
6PCS IR Infrared Obstacle Avoidance Sensor Module High-Precision 3-Pin for  Robot  Car DIY Project

Product Data

Height5cm
Width9cm
Length13cm
Weight0.02kg
ColourAs Shown
MaterialPcb

Sorry, this item is temporarily out of stock.

6PCS IR Infrared Obstacle Avoidance Sensor Module High-Precision 3-Pin for Robot Car DIY Project

New
Safety and Product Resources

Safety images and documents

Sorry, this information isn't available at the moment. We're working with the seller to update this section as soon as possible, so please check back later.

Manufacturer information

Sorry, this information isn't available at the moment. We're working with the seller to update this section as soon as possible, so please check back later.

Responsible person in the EU

Sorry, this information isn't available at the moment. We're working with the seller to update this section as soon as possible, so please check back later.

×

Wait! You've left
something behind...

You'll only get instant Cashback at OnBuy! Enter your email below and we'll send you a copy of your basket to save you time later.

No thanks, I'm alright for now

By entering your email address, you'll automatically be added to our database, where you can enjoy personalised Cashback offers and early access to our best deals. You can opt out of our emails at any time and we'll never share your details with anyone. Check our Privacy Policy and T&Cs to find out more.

×

Before you go...
Remember, you'll only get instant Cashback on everything at OnBuy!

Want access to personalised offers and the highest Cashback rates? Sign up to our emails below.

No thanks, I'm alright for now

You can opt out of our emails at any time and we'll never share your details with anyone. Check our Privacy Policy and T&Cs to find out more.

This page has expired.

Please refresh the page to continue shopping.

Refresh and continue