This is a modular hangboard system for training finger strength and finger health for rock climbing and bouldering.
This modular hangboard system is made to be supported by a wood board in the back.
I glued two pine boards of 18mm together to get enough depth for the screws to grab on.
What is provided:
Top+pocket sloper modules, oriented horizontally, of each of those angles:
20 degrees
35 degrees
45 degrees
10mm + 15mm + 20mm two and single finger pocket module
10mm + 15mm + 20mm 4-finger edge module
Rotatable ("SloperC") dual angle slopers, that can also be used as mixed sloper/pinch/gaston exercices depending on the rotation you select. Those are held by a large bolt, allowing to chose the needed angle.
25 and 30 degrees
35 and 40 degrees
For those, you need extra hardware, see below
To print them, split the STL using your slicer and print as 2 parts.
A “baller”, that is a round ball shaped submodule for the rotatable slopers base platform
A “Claw” training, a bit experimental. Those are currently a bit needlessly painful on the tip of the fingers.
A drilling template STL in order to easily position the screws on your board
How to print + post process:
I'd recommend minimum 5 or 6 walls, with some strong infill. I like to use honeycomb because it is a non-crossing infill allowing consistent fast printing, Here 25% to 30% should be ok.
Use fuzzy skin 0.3mm/0.3mm. In some cases this can be sped up by only applying it at certain height ranges or with a volume modifier (example in 3mf files)
Use a rough wood rasp on the areas where you'll place your fingers to make the surface sticky.
If you want to design your own compatible modules, the dimensions are as follows:
Each block is W10cm x H11cm
The screws are at a distance of:
20mm from the sides
Top row : 20mm from the top
Bot row : 30.4mm from the bottom (Because of the extra space for the screw attachment)
If you want a base platform model, you can just cut off the front of the 4-finger edge model.
If you want a base notchedrotatable platform model, you can also just cut off the front of the rotatable slopers.
🔩 Hardware needed:
4x 3mm to 5mm shaft countersunk wood screws per module (You could risk only using the two top ones for each, but I didn't)
Thick wood board with the dimensions of your choosing, depending on what you want to practice and the layout you chose
e.g. 80cm x 22cm for an 8x2 grid of modules. On my photo I have extra to attach it to the wall without having to hide the screws behind the modules
If you want to use the adjustable sloper or “baller”, you need for each 1x M10x50 to M10x60 bolt and 1x M10 nut+washer. You'll also need a socket wrench able to reach inside the hole to tighten it.
Quark
