1 / 5
vibroscypek — image 1
1 / 5

vibroscypek

Order a print of this model

We calculate the final price from your selected file. You review and accept it before payment.

Saved on this device.

Model information

Category
Electronics
License
Creative Commons — Attribution
VIBROSCYPEK

Ever wanted to use a traditional Polish cheese for wireless communication?
Here's an answer to your quandary - the VIBROSCYPEK.

A shitpost manifested into physical reality.

What is this?

The VIBROSCYPEK is a pair of wireless communicators built into 3D-printed shells shaped like oscypek, a traditional Polish smoked sheep cheese. Assembled from pieces of e-cigs and crap from a drawer, this project is a glorious testament to junk-drawer engineering.

And yes, they actually talk to each other.

Features

  • Wireless Communication: Two oscypki can communicate with each other.
  • Simple Pairing Mechanism: When two devices are brought very close together, they use the signal strength (RSSI) to determine the pairing partner.
  • Custom Enclosure: A lovingly crafted, 3D-printed oscypek shell. Because why not?
  • (Vibro) Haptic Feedback: The name implies it, right?

The Tech

This project was a great excuse to learn a new protocol.

  • Hardware: ESP32-C3 Board
  • Communication: ESP-NOW
    • A nifty connectionless Wi-Fi communication protocol from Espressif that acts as a simple abstraction layer over standard Wi-Fi/Bluetooth, making peer-to-peer communication incredibly easy.

The Build

Assembled with love, solder, and whatever was available.

  • 2x ESP32 development boards
  • 2x Vibration motors
  • 2x Momentary switches
  • 2x Slide switches (for a hard power disconnect)
  • 2x Tiny BMS PCBs
  • 2x Rechargeable Li-Ion batteries (did you know the 'disposable' e-cigs that people throw out come with a perfectly re-usable battery?!)
  • The disembodied guts of various e-cigarettes and other drawer treasures
  • 3D printed enclosure (.stl and .3mf files attached)
  • 16x small magnets (5x2.5mm) - .step file attached, so you can adjust to what you have on hand
     

The Code

Check out the GitHub repository here
 

In hindsight, I probably could have made the enclosure just two pieces without the seperate slightly flimsy usb-c cover, oh well

Tags