Fredoscale Plugin Sketchup Better (2024)

FredoScale is widely regarded as an essential "power tool" for SketchUp, drastically expanding the capabilities of the native Scale tool. While SketchUp’s built-in scaling is limited to the red, green, and blue axes, FredoScale allows for transformations regardless of an object's orientation. Key Features

Box Stretching: Resizes an object without distorting critical details like edge bevels or specific components (e.g., widening a table without thickening the legs).

Multi-Axis Transformations: Beyond standard scaling, it provides tools for Tapering, Planar Shearing, Twisting, and Radial Bending.

Orientation Flexibility: You can re-orient the scaling box to match any face or edge in your model, which is a major advantage for complex or rotated geometry. fredoscale plugin sketchup

Target Mode: Allows you to scale objects by visually matching an origin point to a specific target point in your model. Pros and Cons FredoScale | SketchUcation

Key features

  • Free-form scale and taper: Scale geometry non-uniformly along any axis or between arbitrary reference points, not just the model axes.
  • Stretch and shear: Apply directional stretches and shear transformations to selected geometry.
  • Bend and twist: Bend, twist, or warp geometry along curves or between control points for organic shapes.
  • Stretch/Scale in local coordinates: Work in component/local coordinate systems for predictable edits.
  • Rectangle/Quadrilateral mapping: Map a rectangular grid to a quadrilateral (useful for texture mapping and facades).
  • Interactive handles and numeric input: Use on-model handles for quick adjustments plus numerical fields for precision.
  • Preserve details: Options to preserve edges, groups, or components to avoid unwanted distortions.
  • Multiple modes: Many targeted modes (e.g., taper, stretch, squish, radial scale) for different modeling needs.
  • Undo-friendly: Works with SketchUp’s undo stack; operations can be previewed before commit.

Limitations

  • Not for raw, ungrouped geometry – you must work on groups/components.
  • Complex bending on very high‑poly models can be slow.

The Architect’s Dilemma

For years, SketchUp was known as the "push-pull" software. It was intuitive, instant, and graceful. If you wanted to make a house bigger, you grabbed the face and pulled it. If you wanted a roof, you pushed a line.

But for power users, there was a silent frustration. The native "Scale" tool was rigid. It was a cage of geometry. You could scale up or down on the X, Y, or Z axis, but that was it. If you wanted to stretch a chair to make it wider without making the legs look like tree trunks, you had to explode groups, redraw lines, or rely on the clunky "Stretch" command that often destroyed the integrity of your geometry. FredoScale is widely regarded as an essential "power

SketchUp was living in a world of right angles and simple ratios. The real world was curved, twisted, and tapered.

6. Face Stretching

Click a single face within a mesh, drag it, and the connected faces stretch along the normal. This is brilliant for adjusting thicknesses or pulling out extrusions without redrawing.

The Six Degrees of Freedom

When FredoScale hit the market, it didn't just offer one tool. It offered an entire toolbox labeled "Box Manipulation." Key features

The core of the story is the Orientation Box. When you selected an object with FredoScale, you didn't get the standard green/red/blue pins. You got a virtual bounding box—a cage of control that allowed you to manipulate the object as if it were made of soft clay, yet retaining the mathematical precision of a CAD tool.

Suddenly, the "sixth sense" of modeling appeared:

  1. Tapering: You could take a cylinder and turn it into a cone, or a skyscraper, without distorting the base.
  2. Twisting: You could grab the top of a high-rise and twist it 45 degrees, watching the geometry spiral like a corkscrew—something native tools couldn't dream of doing in a single click.
  3. Shearing: You could lean an object without rotating it, shifting it into a parallelogram shape instantly.
  4. Bending: The crown jewel. You could take a straight wall and bend it into a curve, maintaining the wall's thickness while curving its path.