3D Robot Benchy Transformer - Print in Place

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NOTE:
This design is known to break easily, and the first print profile should be considered a challenge. The parts can be difficult to separate and may be fragile.  The second print profile will be stronger because it is oriented for improved durability, but it will require assembly.  Please consider printing the second print profile!

 

Unleash the ultimate fusion of creativity and engineering with this articulating, print-in-place 3D Benchy Robot!

Originally designed by Daniel Norée & Paulo Kiefe, this masterpiece remixed takes the beloved 3D Benchy and transforms it into a fully-articulating robot with hidden missile turrets—all without needing assembly. Simply print and unlock its transformation!

Features:

✅ Print-in-Place Magic – No need for post-print assembly.
✅ Transforms between Benchy & Robot – A dual-form masterpiece.
✅ Hidden Missile Turrets – A futuristic twist on a classic design.
✅ Carefully Engineered Joints – Loosen gently for smooth articulation.

Printing Tips:

🛠 Material: Use normal PLA for durability—brittle PLA may break easily.
🛠 Nozzle: 0.4 mm nozzle recommended.
🛠 Print Settings: Fine resolution ensures precision and flawless movement.
🛠 Joint Loosening: Slowly nudge joints to free movement—avoid excessive force. A thin knife can help with delicate areas.

This BenchBot is a must-have for makers, collectors, and anyone who loves innovative designs. Bring it to life with your 3D printer and let the transformation begin!

 

NOTE: This model maintains the original scale, which naturally limits the overall print size. As a result, some pieces may be quite small and inherently fragile. If you're experiencing breakage or difficulty loosening or unfolding the joints, consider scaling the model slightly larger to improve durability and ease of movement.

 

NOTE2: If you’re having trouble printing the in-place Benchy Robot, I’ve added a second print profile that prints each piece separately. This improves durability, strength, and makes assembly easier—but you’ll need to assemble the robot yourself.