Revolutionize Your DIY Projects with This Crazy Easy Tachometer Hack

In this Arduino Tutorial I will show you how to make a tachometer using arduino and and IR sensor.
Code file can be downloaded from this link
https://drive.google.com/file/d/17PAO...

If you are interested in making the casing for this project using a 3D Printer, You can download all the necessary files from the link given below
https://drive.google.com/drive/folder...



Embark on a DIY journey with an Arduino-based Tachometer as we explore easy assembly steps in our video tutorial. Learn to connect modules using the provided circuit diagram and find purchasing links in the description. Follow along to install an ON/OFF switch and securely house all components in a suitable casing, including the 9-volt battery. Complete the project by uploading the code and enhance accuracy by adding an IR reflecting sticker for RPM measurement on rotating discs. The techometer's versatility shines in applications like engine tuning, industrial monitoring, robotics, education, wind turbine efficiency, gaming simulations, agricultural machinery optimization, and diverse research fields, providing precise RPM measurements for various purposes.

To get the diagrams of this project, please visit this link

https://sites.google.com/view/electro...

If you are intersted to buy the modules used in this project, please click the links bellow.

Arduino nano Atmega328 :-  Affiliate Link  https://s.click.aliexpress.com/e/_Dkc...

OLED SSD1306 or SH1106 :- Affiliate Link https://s.click.aliexpress.com/e/_DDd...
IR sensor module :-   Affiliate Link https://s.click.aliexpress.com/e/_Dmy...

Unleashing the Power of the DIY Arduino Tachometer Across Various Fields
Engine Performance Tuning: Optimize the performance of your vehicles by using the DIY Arduino Tachometer to measure. Adjust engine RPM, ensuring peak efficiency.
Industrial Machinery Monitoring: Implement the techometer in industrial settings to monitor and maintain optimal RPM levels in machinery for enhanced productivity and equipment longevity.
Robotics and Automation: Integrate the tachometer into robotics projects for accurate control of motor speeds.
Educational Tool: Use the Arduino Tachometer as an educational tool to teach students about RPM measurement & sensor technology.
Wind Turbine Monitoring: Apply the tachometer to measure the rotation speed of wind turbine blades, enabling better analysis of energy production and efficiency in renewable energy systems.
Gaming Simulations: Enhance gaming experiences by incorporating the DIY Arduino Tachometer to simulate realistic engine sounds and RPM variations in racing or simulation games.
Agricultural Machinery Optimization: Improve the efficiency of agricultural equipment by monitoring and adjusting the RPM of motors, ensuring optimal performance in various farming applications.
Research and Development: Utilize the tachometer in research projects involving rotating components, allowing for precise data collection and analysis in fields such as physics, materials science, and biomechanics.
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