Brick Megafigure (10:1 scale)

Designer

JuliaEbert

Designer relation

Followed

Kategori

Toys & Games

Licens

Creative Commons Attribution NonCommercial ShareAlike Creative Commons Attribution-Noncommercial-Share Alike

$ ↺ SA

Attribution påkrævet; kommerciel brug er ikke tilladt; ShareAlike gælder for afledte værker.

Designer commercial

None

Først set

2026-07-15 10:58

Sidst set

2026-07-15 10:58

Tags

multicolor building buildingtoy

Beskrivelse

This is a big toy human figure that's compatible with brick-style toys. I spent a lot of time making this model from scratch to match the original design while making tweaks for tolerances, printability, and strength. While there were a number figure models I found online, most were not designed for printing, which is a particular challenge for the leg, arm, and hand joints. I'm particularly proud of the universal clip I designed for these, which makes for easy assembly and stiff-enough joints to pose your figure. I designed the clips and tolerances for this model to be printed at 100% (10x original brick scale), but people have previously had success printing my 10x Brick skeleton at smaller scales (eg, 50% or 5x brick scale). Now that I have a base model for a brick figure, this opens up a host of options for specific brick-like figures. If there's something particular you're interested in, leave a comment or send me a message! If you want to make your own modifications, I've included STEP files for all parts (just be sure to give credit for my original design). Fully assembled, this model stands 40 cm (~16 inches) tall. I printed mine with Hatchbox true blue PLA, Hatchbox true red PLA, and Prusament mango yellow PETG. Printing Instructions I've included 3MF files for all parts, and parts should import correctly oriented for printing. For PrusaSlicer 2.6+: you just need to load the project file. (This makes use of organic supports, for the legs, which are added with PrusaSlicer 2.6.) For other slicers: I've included details about special instructions for all parts, so you should be able to replicate anything necessary for proper printing. Except where otherwise noted, I printed parts in PLA at 0.15mm layer height with 7% cubic infill and without supports. You will need to print: 32x-connector-pins.3mf: You should need 30 pins for assembly (or 26 if you print the solid head); this has 2 extra just in case. If you have trouble with bed adhesion, add a brim Legs legs.3mf: Uses tree supports the top of the lower hole on the leg. hips.3mf 2x-limb-clips.3mf: This file contains two clips. You'll need to print one set of two in the arm/body color, and one set in the leg color. Important: I recommend printing this in PETG or ABS with 25% infill, because it will have to flex and PLA might snap. Body arms.3mf: These print with a small surface area on the bed (the wrists), so you might want to add a brim if you have trouble with bed adhesion. body.3mf 2x-limb-clips.3mf: This file contains two clips. You'll need to print one set of two in the arm/body color, and one set in the leg color. Important: I recommend printing this in PETG or ABS with 25% infill, because it will have to flex and PLA might snap. Head & hands 2x-hands-wrists.3mf: Requires supports on the underside of the wrist clip. Like the limb clips, I recommend printing with PETG (or similar) with 25% infill. One of: (all require supports on the underside curve of the head) head-face-mmu.3mf: Print the head & face as one part with some sort of multi-material printer (e.g., Prusa MMU or Bambu AMS). Use supports on the underside curve of the head. split-head.3mf and face.3mf: Print the head (with cutouts) in two pieces. Use pins and glue to connect the halves. Print the face separately and glue it in. solid-head.3mf and face.3mf: Print the head and face as separate prints. Use supports on the underside curve of the head. Then glue the face parts into the head. Assembly Instructions In addition to the printed parts, you will need cyanoacrylate glue (CA glue/superglue). Legs Glue the pins into the top of the hip. Add glue to the holes and bottom surface of each of the hip pegs and attach. Important: The slope of each hip peg should be facing out to the sides. If the pins don't want to go together, check that you have this orientation right! Use the same gluing approach to attach the limb clips to each side of the hips. Gently but firmly press each leg onto the clips. It should sna