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Kogi3D_Triki_dino.zip 34.1 MB
June 22, 2026
3d model3d print3MF file3D3d AMS print3d art3d feet model3d miniature3d models3d print toy3d printed toy3D printingFDM Printingarticulatedarticulated 3d printarticulated dragonarticulated flexi toyarticulated modelarticulated printdinodinosaurFidgetfidget toyFlexiflexi 3d printflexi toyflexibleflexyFreefree 3dfree 3d modelfree 3d printfree 3mffree filefree for allfree postfree stlFuntriceraptor

🦖 Meet Triki - The Fierce Little Explorer of the Baby Dino Collection!

The third member of the Baby Dino Collection has arrived!

FREE for everyone to download! 🎉

Triki is an adorable articulated baby Triceraptor - a playful mix of Triceratops charm and raptor energy! With tiny horns, a curious expression, and lots of personality, Triki is ready to become your next favorite print.

✨ Articulated design

✨ No assembly required

✨ Easy to print

✨ Great as a keychain, zipper charm, or tiny desk companion

📦 The download package includes:

  • STL file

  • Single color 3MF file for Bambu Lab

  • Pre-painted 3MF file for Bambu Lab AMS

The Baby Dino Collection is getting closer to completion! There are still 2 dinos waiting to be revealed, each bringing their own unique style and personality. 👀

Do you have a favorite Baby Dino so far?

Thank you all for your support and for following this journey. I hope you enjoy printing Triki as much as I enjoyed creating him!

🤎 Download Triki today and stay tuned for the next reveal!

Recommended Print Settings:

  • Printer Type: FDM

  • Layer Height: 0.15 mm

  • Infill: 10–15%

  • Walls/Perimeters: 2

  • Supports: ❌ Not required

  • Brim: Optional (only if you have adhesion issues)

  • Material: PLA recommended

  • Nozzle Temp: 210–220°C

  • Bed Temp: 55–60°C

All parts are optimized for support-free printing, so you can simply load them up and start printing without extra setup - just make sure your printer is dialed in for best results.

⚠️ Scaling Notice:

This model is finely tuned for proper articulation at its original size. Scaling up or down may cause joints to fuse or become too loose, resulting in failed or limited movement.