Joint Push Pull Sketchup 2021 [repack] Jun 2026

Let's look at a practical example. Imagine you have drawn an organic, wavy 2D footprint using the arc tool and want to turn it into a 3D wall with uniform thickness. Step 1: Select the Geometry

: Extrudes surfaces and automatically applies a rounded edge (fillet) to the result. Technical Requirements

: Flat roofs, facade fins, or any extrusion that must stay vertical (not perpendicular to a sloped face). How it works : You pick a direction vector (e.g., Blue axis). All faces extrude that way, ignoring their individual angles. 2021 Workflow : Great for converting a contour map into a blocky extrusion without warping the sides.

The plugin features several distinct sub-tools, each designed for specific modeling challenges: Joint Push Pull Sketchup 2021

Are you running into any while using it?

The Joint Push Pull tool in SketchUp 2021 is a powerful and versatile feature that can help users create complex geometries and modify existing models with ease. By mastering the basics and advanced techniques, and following best practices, users can unlock the full potential of this tool and take their SketchUp skills to the next level. Whether you're a seasoned pro or just starting out, the Joint Push Pull tool is sure to become an essential part of your SketchUp workflow.

SketchUp is renowned for its intuitive, surface-based modeling. However, native SketchUp tools struggle with one major task: extruding curved, complex, or non-planar surfaces. When you try to use the standard "Push/Pull" tool on a curved surface made of multiple segments, it either fails or extrudes each segment individually, resulting in messy, disjointed geometry. Let's look at a practical example

Extrudes each selected face along its individual perpendicular line (normal). This splits the faces apart as they expand.

By following this comprehensive guide, you'll be well on your way to mastering the Joint Push Pull tool in SketchUp 2021. Happy modeling!

High-poly curves can cause SketchUp 2021 to freeze during calculation. Use a polygon-reducing tool if your mesh is overly dense. Technical Requirements : Flat roofs, facade fins, or

: A shared library required for all Fredo6 plugins.

Unlike standard extrusion which moves perpendicular to a face, Vector Push Pull extrudes all selected faces in one single direction. You can define this direction by an axis (X, Y, Z) or a custom vector, regardless of how the faces are oriented. 4. Normal Push Pull (N)

: Creating true 3D solid thickness from 2D profiles.

: It maintains the absolute direction of the original face borders. This prevents deformation at the edges. 6. Follow Push Pull (F) Best for : Complex profiles following adjacent edge paths.

Choose whether to generate a solid volume or leave the back open.