Building the Open Muscle Sensor Bracelet (OM-12) and Labeler (LASK5) – Hands-On Guide
Building the Open Muscle Sensor Bracelet (OM-12) and Labeler (LASK5) – Hands-On Guide for Machine Learning and Prosthetic Tech Enthusiasts
Welcome to Open Muscle! In this video, we’ll take you step-by-step through the process of building the Open Muscle Sensor Bracelet (OM-12) and the Labeler System (LASK5). These tools are designed specifically as educational resources for anyone interested in exploring machine learning applications within prosthetic sensor technology. Ideal for developers, researchers, and curious learners, the OM-12 and LASK5 offer hands-on experience with muscle-sensing and data labeling, bridging the gap between experimentation and prosthetic innovation.
🔹 What You’ll Learn:
How to assemble and wire the OM-12 Sensor Bracelet, featuring six modular cells with hall sensors, ESP32-C3 microcontrollers, and power management circuits.
The role of the LASK5 Labeler in creating labeled data for machine learning training.
Practical insights into testing and calibrating muscle-sensing tools for AI applications in prosthetics.
🛠 GitHub Repository & Resources:
Get the full Bill of Materials (BOM), schematics, and detailed assembly instructions on our GitHub: Open Muscle GitHub:
Hardware Repo: https://github.com/Open-Muscle/OpenMu...
Software Repo: https://github.com/Open-Muscle/OpenMu...
💬 Join Our Community!
At Open Muscle, we believe in making prosthetic sensor technology accessible, open-source, and collaborative. Join us on Discord, contribute on GitHub, and become part of the community driving forward machine learning and assistive tech for all.
Open Muscle Discord Server: / discord
Chapters:
0:33 – Introduction to OM-12 Bracelet & LASK5 Labeler
1:17 – Overview of OM-12 Bracelet Cells and Components
1:30 – Surface Mounted Components for Power Management Cells
2:15 – Soldering and Wiring JST Links for Cell Connections
2:40 – Attaching Hall Sensors and Soldering ESP32-C3 Microcontrollers
3:36 – Testing ESP32-C3 Boards with MicroPython
3:45 – Adding Linear Hall Effect Sensors to Microcontroller Boards
4:37 – Final Assembly of the Bracelet Cells
5:00 – Building the LASK5 Labeler System
5:16 – Assembling the Labeler with Joystick Control
5:54 – Overview of Labeling and Machine Learning Approach
6:43 – Open Source Commitment and Future Prototyping Goals
7:01 – Project Outreach and Community Engagement
About Open Muscle
Open Muscle is an open-source initiative dedicated to developing accessible, affordable, and innovative tools for prosthetic sensor technology. The OM-12 and LASK5 are designed to provide hands-on learning and testing experiences in machine learning and muscle-sensing technology.
If you’re ready to dive into prosthetic sensor technology and machine learning, hit play, and don’t forget to subscribe for more open-source projects and tutorials!
#OpenMuscle #ProstheticTechnology #MachineLearning #OM12Bracelet #LASK5 #OpenSource #AssistiveTech