Close
0%
0%

Cirqduino

Collecting inertial sensor data while doing circus moves using an Nano 33 BLE Arduino.

stacy-kurnikovaStacy Kurnikova
Following
Liked Like project

Just one more thing

To make the experience fit your profile, pick a username and tell us what interests you.

Pick an awesome username
hackaday.io/
Your profile's URL: hackaday.io/username. Max 25 alphanumeric characters.
Pick a few interests
Projects that share your interests
People that share your interests

We found and based on your interests.

Choose more interests.

OK, I'm done! Skip
Similar projects worth following
0 comments
0 followers
View Gallery
The goal of this project is to try to collect inertial sensor data from the Nano 33 Arduino using BLE. (with an ultimate goal of identifying some moves directly on the device)

For circus arts such as silks, it's impractical or impossible to wear a bracelet or other hard jewelery. It is also not possible to collect data using a wired connection.

I made an Arduino encased in a soft fabric flower that is attached to the wearer's shoulder to stream inertial sensor data using the BLE module.

step0a.jpg

JPEG Image - 4.62 MB - 01/20/2021 at 21:01

Preview

step3.jpg

JPEG Image - 4.85 MB - 01/20/2021 at 21:01

Preview

step1a.jpg

JPEG Image - 4.82 MB - 01/20/2021 at 21:01

Preview

sew1_Attach_buttons.jpg

JPEG Image - 4.61 MB - 01/20/2021 at 21:01

Preview

sew_7final.jpg

JPEG Image - 3.54 MB - 01/20/2021 at 21:01

Preview

View all 22 files

Enjoy this project?

Share

Discussions

Does this project spark your interest?

Become a member to follow this project and never miss any updates

Going up?

About Us Contact Hackaday.io Give Feedback Terms of Use Privacy Policy Hackaday API

© 2025 Hackaday

Yes, delete it Cancel

Report project as inappropriate

You are about to report the project "Cirqduino", please tell us the reason.

Send message

Your application has been submitted.

Remove Member

Are you sure you want to remove yourself as a member for this project?

Project owner will be notified upon removal.