How to Model an Architectural Möbius Strip in Rhino 3D [PART 1: Twist Tool & Flow Along Curve]

Welcome to a brand-new 3-part architectural form development series! For this project, we are exploring the fascinating, continuous geometry of a 3D Möbius Strip using Rhino 3D—a perfect exercise for mastering organic, parametric form-finding. This opening chapter focuses entirely on establishing our base geometry and manipulating it through deformations. We start the modeling process by utilizing the 'Twist' tool to create the signature continuous loop. We then take a deep dive into the 'Flow Along Curve' tool, demonstrating exactly how to seamlessly map any 2D or 3D object along a complex path. ⏩ Next (Part 2 - Isocurves & UV Mapping): [INSERT LINK] 📺 Full 3D Möbius Strip Series: [INSERT PLAYLIST LINK] ⏱️ CHAPTER MARKERS 00:00 - Introduction to the 3D Möbius Strip Form Development Exercise 01:07 - Start of the Modeling Process 03:06 - How to Use the Twist Tool Under Deformation Tools 05:56 - How to Use Flow Along Curve to Map 2D/3D Objects in Rhino 3D