This is a small collection of customizable pegboard things:

• An adapter with hooks for aligning a pegboard to shelf standards
• Combination spacer/support for supporting the pegboard from the bottom
• A pegboard tray for holding loose stuff
• Pegboard hooks
• Straps for attaching a Tenergy TB6B battery charger to a pegboard
• Pegboard 1S LiPo 6in1 charger holder
• Pegboard anchor hook and nub module used by the other pegboard modules

Update jul-2022:

• Moved pegboard-1s-6in1-charger-holder customizer parameters from pegboard-1s-6in1-charger-holder.scad to pegboard-things.scad. Refactored pegboard-1s-6in1-charger-holder.scad modules to take input parameters.
• Added utility .scad file duplicate-shapes.scad.

Update mar-2022:

• The pegboard things OpenSCAD files have gone through a fairly major restructuring in order to consolidate common parameters and customizable variables into a single OpenSCAD file. Additionally, variable names have been cleaned up to make them more descriptive, consistent, and unique.
• The top level pegboard-things.scad file contains all the customizable parameters in one place. Common utilities from the old pegboard-things.scad have been moved pegboard-thing-utils.scad
• Add pegboard tool and cup holder part
• Update the pegboard tray so the front lip angle can be 90 degrees, making a box
• Add showcase display to part select
• Updated STL files: longer hooks on 11-hook part for holding more USB cables
• Also, minor updates to the .STL filename encoding. The encoding is printed out by pegboard-things.scad each time a new preview or render is performed.
• Rename the charger holder to loop shaped holder since it can be used to hold other things besides the Tenergy TB6B battery charger

Update jan-2021:

• Add an 11 hook USB cable holder pegboard STL. The hook length is 30mm.
• Add a thicker, longer single hook STL with a slightly higher angle for holding heavier objects.

Update may-12-2020:

• Added pegboard hooks
• Added pegboard 1S 6in1 charger holder
• Fixed a minor anchor positioning bug
• Refactored pegboard-things.scad to make more useful for other pegboard hole sizes and separations

General Notes:

1. By default, the pegboard things are designed for 1/4" holes, 1" hole spacing, and 3/16" pegboard thickness
2. In general, customizable pegboard and shelf standard dimensions are in inches, and everything else is in millimeters. I've tried to document this as best as possible.
3. In pegboard-tray.scad, anchor hooks are automatically spaced based on number of anchor hooks and tray width.
4. The standard-to-pegboard-hook.scad customizer variable front_plate_hole_width_in default value is 3.5", which is a big enough opening for four pegboard holes. If, for example, the positioning of the pegboard and standard is such that only 3 pegboard holes are needed, then make this value 2.5" instead.
5. pegboard-charger-holder.scad: print two straps, one for each side.
6. Included units.scad is from the OpenSCAD repo in libraries/MCAD.
7. Tested with the OpenSCAD customizer only, not with the Thingiverse customizer app.

Pegboard Hooks Notes:

• Anchors are automatically placed. Some control over anchor placement can be had by tweaking the hook_s2s_separation, hook_dist_to_side, and anchor_hook_offset_to_edge variables.
• Increase the hook_diameter and possibly hook_angle for supporting heavier objects. The current defaults are 5mm and 2 degrees respectively.
• Extra anchor clearance: + value makes anchors longer/narrower, - value makes anchors shorter/fatter. I used this for the hook that acts as a clasp over the line ruler (upper right of the pegboard picture). The extra anchor hook clearance allows the clasp to be easily removed.
• flip_for_print customizable variable: this is false by default, but I usually set it to true before rendering/exporting the STL. Setting up the proper print orientation can also be done in the slicer, but I use flip_for_print as a convenience.

1S 6in1 Charger Notes:

• It is recommended to print the hole-check first to verify the charger pegs fit in the corresponding holder holes. If not, adjust the charger dimensions or hole_clearance accordingly. The hole_clearance used to generate the STL file is relatively large so the holder should be usable even if your printer is off by a little.

Thanks!