#  Tendon Module Box 

 



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 ![moduleboxlarge](/sites/g/files/omnuum4601/files/2024-11/moduleboxlarge.png)

 

In order to actuate your robots, the Hot Glue Kit provides a wireless actuator module which can be attached on the robot for tetherless applications. The module box can be classified into three main components: [the main casing or the "box"](/hot-glue-kit/design/tendon-module-box/box-cad), [the electronics](/hot-glue-kit/design/tendon-module-box/electronics), and [the control protocol](/hot-glue-kit/design/tendon-module-box/control) whose details can be found in the corresponding pages. All of these designs are tested and proved to be functional, and sufficient to actuate your robots with HMA material. However, users are free to change the shape of the box, the components of the electronics and the control protocol if they want to. In this documentation we are providing the design details of our tendon module box.

### Bibliography

Wang et al. (2012) [Physical Connection and Disconnection Based on Hot Melt Adhesives](/publications/physical-connection-and-disconnection-control-based-hot-melt-adhesives)

Wang et al. (2013) [Large-Payload Climbing in Complex Vertical Environments Using Thermoplastic Adhesive Bonds](/publications/large-payload-climbing-complex-vertical-environments-using-thermoplastic)

Nurzaman et al. (2013) [Active Sensing System with In Situ Adjustable Sensor Morphology](/publications/active-sensing-system-situ-adjustable-sensor-morphology)

Yu et al. (2014) [Soft Robotics Education](/publications/soft-robotics-education)

Wang et al. (2014) [Mechanics and energetics in tool manufacture and use: a synthetic approach](/publications/mechanics-and-energetics-tool-manufacture-and-use-synthetic-approach)

### Contributors

Utku Çulha

Fabio Giardina