Climbing frames designed with different slicing textures can be customized to suit your needs simply by adjusting the slicing parameters. I’ve also preconfigured several commonly used designs that you can select and print directly.

     These designs can be scaled up or down proportionally without any issues; however, the connecting components will require minor adjustments and testing.

Connection methods:

Depending on the printing setup, options include dovetail-slot connections (suitable for large flat surfaces), square-slot connections (compatible with all configurations and stackable like building blocks), integrated connector attachments (for greater structural stability), and flat-surface connectors (which require smart connectors for secure assembly).

Internal structure of the climbing frame:

1. Two design options are available: a 200×200 mm flat surface, or an inscribed octagon with a diameter of 200 mm.

2. Infill settings

For example, if you set the parameters within the red box in the illustration, varying these settings will alter both the shape and thickness of the structure. By configuring the parameters as shown, you can produce a honeycomb-patterned climbing frame.

Printing results:

By setting the network parameters in the second print job, you can obtain a square-shaped climbing frame:

For the square-connection design, I’ve only configured one variant; for other variations, please refer to the corresponding models:

Square structures can indeed be assembled.