Furniture design, architectural detailing (e.g., countertops, railings), and industrial design. D. FredoScale
Key tools included in FredoTools are:
Fredo6 plugins are exclusively distributed via the SketchUcation Plugin Store. sketchup plugin fredo6
Completely relaunch the software to initialize the new toolbars.
Curve linear objects (like a straight bridge or a handrail) along a precise arc. Furniture design, architectural detailing (e
In the real world, perfect 90-degree sharp edges do not exist. FredoCorner calculates complex corner intersections automatically. This makes your models look realistic when rendering light and shadows. 2. Curviloft
Use this to bend 3D Text into a curve or wrap it around a cylinder. The "Radial Bend" tool is perfect for creating curved signage. Completely relaunch the software to initialize the new
SketchUp limits Bezier curves to 24 segments, which often results in chunky, low-poly lines. overcomes this by allowing you to set the exact number of segments—up to 65 or more—giving you total control over curve smoothness [22†L7-L10]. It includes several curve families: Bezier (smooth curves not passing through control points), Spline, and Catmull-Rom, offering superior stability and control for creating precise 3D paths [22†L33-L36].
This is a shared code library required to run all Fredo6 plugins. It handles language translation, menus, and underlying architecture. It remains 100% free but must be updated constantly.
As of 2026, Fredo6’s plugins are staple tools for architects, designers, and 3D artists, available primarily through the . This guide covers the essential tools within the Fredo6 ecosystem, their functionality, and why they are vital for an efficient workflow. 1. Understanding the Foundation: LibFredo6
As of late 2024, Fredo6 has been slowly updating his suite to support SketchUp 2024’s new graphics engine (specifically the removal of legacy OpenGL). He recently released which leverages the new API for faster previews. He has also hinted at a "SketchUp Plugin Fredo6: AI" tool—an experimental feature that uses machine learning to predict fillet radii based on edge angles.