Parametric Design Tutorial Triangulated Space Frame using Grasshopper for Rhino 8 3D

Parametric Design Tutorial Triangulated Space Frame using Grasshopper for Rhino 8 3D

Parametric Space Frame Tutorial in Grasshopper for Rhino 8

In this tutorial, we explore how to create a triangulated space frame using Grasshopper for Rhino 8. The video walks through the development of a parametric space frame starting from a simple point and evolving into a customizable, structurally-inspired 3D form.

The process involves:

• Creating an arched surface by manipulating points in 3D space

• Lofting curves into a surface and subdividing it using the Lunchbox plugin

• Generating triangular panels and extracting geometry

• Building the space frame structure using either pipe components or the more flexible MultiPipe tool

You’ll also see how to:

• Dynamically adjust subdivisions, arc height, and spacing using sliders

• Control node and strut sizes for both aesthetic and fabrication purposes

• Apply custom previews and color swatches to visualize different layers of the frame

• Explore two different output styles: a clean, printable mesh using MultiPipe and a more modular, assembly-friendly version using classic pipes

This method can be applied not only to roof structures but also to facades, shading systems, or conceptual installations. Whether you’re experimenting with digital fabrication or refining structural skins, this workflow provides a strong base for modular, triangulated geometries.

🔗 Watch the full tutorial here: https://www.youtube.com/watch?v=6LGN6KXGnLo

Parametric Structure Space Frame

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