Owl of Thunderwing Crest | Multicolor Multipart

Owl of the Thunderwing Crest 🦉

A fierce, shelf-dominating owl with massive spread wings, piercing blue eyes, and an open beak revealing a bright red tongue. This epic multipart snap-fit model assembles in minutes with zero glue and zero AMS, just click the parts together for a stunning display piece.

Check out all the owls here!

Assembly Instructions

This multipart model is designed for effortless, glueless assembly! Snap everything together using the peg connectors. No glue required for a secure, satisfying fit.

• Preparation Carefully remove tree supports before assembly. Tree supports release most cleanly when cut between branches… snap them away without stressing surfaces.
• Peg Connections Almost all parts use the same snap-fit peg system
  • Pegs are intentionally tight for rock-solid hold → align and then push firmly until you feel/hear the snap.

  • If too tight → lightly trim peg domes (green) with a knife.

    

  • If slightly loose → a tiny drop of superglue fixes it instantly.
  • Smaller pegs may feel less "clicky" than larger ones but still provide reliable strength.
• Beak assembly
  1. Insert the tongue into the lower beak
  2. Connect the lower and upper beak
  3. Insert the assembled beak with tongue into the head.

NOTE: During my test assembly, all the other parts snapped into place without modifications, but the face and beak assembly felt a bit too tight. Trimming the peg domes on those parts fixed the issue instantly. I’ve modified the parts in Blender, so they might not feel as tight anymore. Either way, let me know and I’ll make further adjustments if needed.

Print profile

• 100% scale = X306 mm × Y173 mm (depth) × 157 mm
• Layer Height: 0.16-0.2 mm
• Walls: 2–3
• Infill: 5–20% (uses lower end for large parts to save filament/time; higher end for small/functional parts and connectors to boost durability and prevent breakage during repeated assembly/disassembly)
• Supports: Tree supports (auto generated). Painted on tail, face and upper beak.
• Color Handling: Multipart design → no AMS required. Print plates separately in desired filaments. You can also rearrange the parts onto different plates if you want to mix the colors in a more unique way.
• Options: Face and talons can be printed alternatively with AMS.

Plates

1. body
2. right wing
3. left wing
4. tail and ear tufts
5. face
6. beak and talons
7. tongue
8. eyes
9. claws and pupils
10. [option] AMS face with beak, tongue, eyes, pupils and tufts
11. [option] AMS talons with claws

Scaling Advice

• Scaling Up: Larger sizes should work well but not extensively tested yet. The peg connectors are robust, but connections may need minor tolerance tweaks (e.g., slight peg sanding or scaling adjustment) if fit feels off after upsizing.
• Scaling Down: Smaller sizes should also be possible, but connections might not be as clicky or secure → use glue if needed. I suggest going with AMS options for smaller scales.
• Best Practice: Always scale all parts uniformly with the exact same percentage in Bambu Studio before slicing. Apply scaling globally to the entire project to keep peg/socket alignments perfect. 
• Verification: After scaling, check the sliced preview in Bambu Studio to make sure supports are properly generated for overhangs and that small features don’t have thin walls. Keep in mind, some parts may not be printable if they’re too small. 

Common issues & quick fixes:

• Parts don’t seem to click fully together
  • Clean all support remnants thoroughly from the pegs and inside the sockets.
  • Check for small blobs, strings or printing artifacts on the peg or in the hole (light scraping or sanding usually solves it).
  • While pushing, try a gentle back-and-forth rotation or slight twisting motion → this helps the parts align and slide in once everything lines up.
• Connection feels too tight
  • Lightly sand or scrape the peg domes → only a very small amount is usually needed.
• Connection feels too loose after cleaning
  • A tiny drop of glue in the joint will lock it permanently and securely.

Still not fitting smoothly? Upload close-up photos of the peg/socket area (or the problematic joint) in the comments → I’ll take a look and give specific advice. Your photos and feedback help improve future versions and profiles for everyone!

Happy assembling! 🦅🛠️

Key Printing Tips:

• Disable “Strength → Detect Thin Wall” → gives smoother, cleaner surfaces on detailed parts.
• Always check the slicing preview in Bambu Studio before starting the print.
• Support removal trick: Cut supports into small chunks first, then gently loosen → they usually pop off cleanly without damage.
• Some plates use lots of supports, if so → for reliable prints use these filament settings:
  • Filament Overrides
    • Z Hop When Retract: 0.6 mm
    • Z Hop Type: Spiral
    • Travel Distance Threshold: 1 mm
    • ✅ Enable Retract When Changing Layer
  • Also, disable these settings in Bambu Studio if Variable Layer height is used:
    • Supports
      • ❌ Disable Independent Support Layer Height
    • Others
      • ❌ Disable Reduce Infill Retraction
    • I’ve found that a 0.15 mm top Z distance works best when printing with variable layer height.

Happy printing! Can't wait to see photos of your prints! If you're scaling, experimenting or encounter any issues, let me know → your input helps the next iteration. Please share your feedback for any rating below ⭐⭐⭐⭐⭐ so we can work on improving, thank you!