New hardware batch in production: next-generation Muca sensing boards
The latest electronics batch focuses on cleaner integration, steadier acquisition, and a faster path from prototype tests to robot-ready modules.
Muca has started production of a new batch of sensing boards for the next generation of tactile skin modules. The goal is not only to increase performance, but to make the platform easier to integrate into real robotic systems.
Each hardware revision teaches us something about the full stack: how the sensing layer behaves, how signals travel through the electronics, and how quickly teams can move from bench tests to mounted prototypes.
Cleaner integration loops
The new boards are designed around repeatable setup, stable data capture, and practical debugging. For robotics teams, that means less time spent interpreting the measurement chain and more time evaluating interaction behavior.
This batch also supports a more modular development workflow. Different sensor geometries and surface finishes can be tested with a consistent electronics path, making comparison across prototypes more meaningful.
From lab hardware to product constraints
Robots introduce constraints that lab prototypes can ignore only briefly: routing, mounting, calibration, electrical noise, serviceability, and repeatability. The new electronics batch is part of turning tactile skin into a platform that can survive those constraints.
The result is a sturdier foundation for future integrations, whether the goal is dexterous manipulation, safer collaboration, or richer human-robot interaction.