Mouse jiggler (Arduino)

Every Like, download, print and Boost is highly appreciated, motivating me to do more models :-) 

❤️Thanks for your support ❤️

Never Go Idle with This 3D Printable Mouse Jiggler and Arduino! 🖱️

Tired of your computer going to sleep during important tasks? This 3D printable mouse jiggler is the perfect solution! Designed for effortless printing and simple functionality, it keeps your cursor moving, ensuring your status stays active—ideal for remote work, gaming, or presentations.

Why Choose This Mouse Jiggler?

✅ Easy to Print & Use – No supports needed, prints hassle-free in PLA, PETG, or ABS. ✅ Keeps You Active – Prevents your system from locking or going idle. ✅ Non-Software Solution – No installations required, purely mechanical operation. ✅ Customizable & Lightweight – Adjust size or color to fit your workspace. ✅ Great for Work & Play – Perfect for professionals, gamers, and anyone who needs an active status.

Printing Tips for the Best Results:

🖨 Layer Height: 0.2mm for a balance of detail and speed. 🖨 Infill: 20-30% for durability without excessive material use. 🖨 Material: PLA for easy printing, PETG or ABS for extra strength. 🖨 Supports: Not required, making the process simple and efficient. 🖨 Assembly: Place your mouse on top, and let the subtle movement do the work!

Perfect for Any Situation!

💼 Remote Workers – Stay online without interruptions. 🎮 Gamers – Keep your game running while AFK. 🛠 Tech Enthusiasts – A fun and practical 3D printing project. 📊 Office Professionals – Prevent screensavers from activating during meetings.

Download & Print Today!

With just a few clicks, you can print your own mouse jiggler and ensure you stay active whenever needed. A perfect tool for work, gaming, and beyond!

📥 Download now and keep your cursor moving! 🖨️

HOW TO:

1. While slicing you would need to pause print in the exact moment to insert 2x M4 nuts
   

2. You will also need

   1. Arduino uno (or leonardo or any you are comfortable with)
   2. Step motor - 28BYJ-48
   3. Step motor driver - e.g. ULN2003
   4. At least 6 arduino wires to connect driver with arduino e.g:
      
       
   5. How to connect can be found here - https://lastminuteengineers.com/28byj48-stepper-motor-arduino-tutorial/

   6. IMPORTANT: in given link there are pins 8,9,10,11 used on arduino for step motor. Better to use pins 2,3,4,5 (as in my code) so step motot nicely fits the boxing:
       

      

    

3. Code to upload to arduino:

1. #include <Stepper.h>
2. const int stepsPerRevolution = 2038;
3. Stepper myStepper = Stepper(stepsPerRevolution, 2, 4, 3, 5); ←←← as point (f) above (order 2,4,3,5 is correct)
4. void setup() {
5.   myStepper.setSpeed(5);
6.   myStepper.step(500);
7.   delay(500);
8.   myStepper.step(-500);
9.   delay(500);
10. }
11. void loop() {
12.   myStepper.setSpeed(5);
13.   myStepper.step(50);
14.   delay(3*60*1000UL);
15.   myStepper.setSpeed(5);
16.   myStepper.step(-50);
17.   delay(3*60*1000UL);
18. }

Thats it. happy jiggling :D

Also check out more sports car in my collection HERE! :) 

👇👇👇

I can create custom car model based on your request. All you need to do is hit me up in DM and provide photo of your car and maybe we can arange something 🤌

👆👆👆