FredoScale respects SketchUp’s hierarchy. If you apply a deformation to a , the geometry inside stretches. If you apply it to a Component , every instance of that component will deform individually. For non-destructive workflows, always apply FredoScale to a copy of your group. Once deformed, the geometry becomes “baked” – you cannot return to the original shape without undoing.
SketchUp’s native Scale tool is powerful for uniform and non-uniform resizing, but it operates on a rigid box-based logic. What happens when you need to taper a table leg, twist a spiral staircase, bend a pipe along a curve, or squash the top of a dome? Standard scaling fails. Enter FredoScale , a plugin by Fredo6 (a legendary figure in the SketchUp community). FredoScale is not merely a scaling tool; it is a suite of deformation engines that allow you to bend, twist, taper, stretch, and radiate geometry with surgical precision. fredoscale plugin sketchup
Beyond Scale: Mastering Deformation and Warping with FredoScale for SketchUp FredoScale respects SketchUp’s hierarchy
FredoScale transforms SketchUp from a box-modeling tool into a free-form deformation environment. For woodworkers, it creates ergonomic handles (squash/taper). For architects, it generates warped roofs and helicoidal ramps (twist). For product designers, it prototypes ergonomic grips (bend). While the native tools give you control over size , FredoScale gives you control over form . Mastering these four or five main modes will significantly elevate your 3D modeling vocabulary, allowing you to break free from the tyranny of right angles. For non-destructive workflows, always apply FredoScale to a
