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Towards the Development of Fabrication Machine Species for Filament Materials

  • Maria Yablonina
  • Achim Menges
Conference paper

Abstract

The research presented in this paper explores the concept of deploying collaborative heterogeneous robot systems where machines are working together towards a common fabrication goal. Augmenting or replacing existing industrial-robot fabrication processes with task-specific architectural construction machines has the potential to expand the design space of digital fabrication methods beyond the limitations of previously existing strategies. The proposed system implies the development of a library of hardware solutions as well as a digital control tool to enable successful execution of fabrication tasks.

This research is focusing on heterogeneous mobile robotic fabrication strategies specific to filament materials. Deploying smaller robots for manipulation of lightweight thread-like materials allows building significantly larger structures. Multiple task-specific machines developed in this research are designed to carry, manipulate, anchor and pass filament materials in an on-site architectural environment of interior space. This paper presents the current state of the catalogue of robot species developed in this research as well as the experiments and demonstrators performed to evaluate them. Ultimately this research aims to create a larger toolbox of hardware and software tools and methods for heterogeneous teams of custom single-task fabrication and construction robots.

Keywords

Heterogeneous robot teams Mobile robots Filament material Task-Specific robotics Robotic ecosystems 

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Copyright information

© Springer Nature Switzerland AG 2019

Authors and Affiliations

  1. 1.Institute for Computational Design and ConstructionUniversity of StuttgartStuttgartGermany

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