Dragonaut
Dragonaut
Order this limited edition, high-end, 3D-printed puzzle designed with detail in mind. The Dragonaut puzzle is the puzzle to challenge yourself with. (I give it a 10/10 difficulty rating.) Don’t let the beautiful design fool you though, hidden within the emerald greens, golden yellows, and ivory base is a meticulously crafted image of dueling dragons made of premium carbon fiber PETG filament.
If you like a challenge—and let’s be real, you do—then look no further than this Dragonaut puzzle.
Measuring 11 inches fully configured with a whopping 56-piece puzzle count (more than any other Puzzlenaut puzzle), the Dragonaut puzzle is a perfect display piece to add to your collection.
Difficulty: 10/10
Designing Puzzlenaut puzzles has been a labor of love for me, and I’m so excited to get the chance to share it with you. Visit the FAQ page for any additional questions.
Shipping Expectations
Shipping Expectations
Guaranteed to deliver before Christmas if ordered during Black Friday week. We’re shipping out orders as soon as they're printed in the order they were placed. Given current order demand, we expect to be able to ship your puzzle in 1-5 business days from purchase date. Because these puzzles are made with high-end filament, they require time to process and build. It’s all in an effort to make sure you receive the best product possible.
Materials
Materials
Three to Four different, high-quality PETG filament colors. Unlike other 3D printed puzzles on the market made with less durable PLA filament, PETG is made to withstand any element. You can leave it in a hot car or stick it in the dishwasher, it won’t melt and it won’t deform easily. PETG also gives it a highly precise shape.
Design
Design
Unique 3D printed packaging that doubles as the container that will hold the pieces of the puzzle and also serves as the base for what you’ll build the puzzle on to proudly display it.
Secured compartment with 2 embedded magnets capable of supporting the weight of the entire puzzle, but also at just the right strength that the top of the 3D-printed container can be easily removed and reattached.