Flexi T-Rex Dinosaur | Articulated Trex NO support
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Flexi T-Rex Dinosaur! A beautifully articulated model that brings a Trex to life with fully movable parts without any support. This detailed model comes with a jaw that can open and close, a head that can turn, and articulated arms, feet, and tail. Plus, it's designed to stand on its own, making it both a striking display piece and a fun toy to interact with.
The Flexi T-Rex is designed as a plug together model, you print the body, head and jaw separately, but you can easily assemble it together.
Please feel free to share pictures of your prints, I'd love to see them!
Licensing Information:
- Personal Use Only: This file is intended for personal use.
- Commercial license: For those who wish to sell physical prints by subscribing to my Thangs
- Copyright Protection: All designs are protected under copyright law. Purchasing or downloading this file does not grant rights to sell or distribute the digital files.









































Hi, my children and I love the design, but the legs and arms break too easily with the very thin hinges even with instructions "to play gently". Is there any chance you could bring an update to this design with those arm and leg loops reinforced (maybe 2-3x thicker diameter loops)? I would be happy to subscribe to support your work and even consider selling them commercially, but it needs to be more durable for that :)
Kind Regards and looking forward to your response Jaco
Hey Jaco! You already asked me that on Etsy and i replied to you. Sadly it's not possible for me to reinforce the trex arms. But I have taken the weak parts into consideration for all new Dinos.
You should be able to break the model up into it's parts in your slicer. At least you can in Cura.
Just a caution for others...you may want to print this in something with a little more flex than PLA. The jaw was pretty difficult to attach to the head. It took quite a while and I had to resort to putting it on a countertop and beating on it. Lucky it didn't break. The issue is that the model is expecting the ball joint on the jaw to deflect too much in order to slide into the socket on the head. For perspective, I say this as an able-bodied man with a background in mechanical engineering.