Here comes a new GBC robot! and it is crazy cool. The latest Great Ball Contraption module from Rimo Yaona, Ball Rolling Machine 17, is featuring a cute little robot with animated arms. The two arms are moving up and down and left and right to catch the GBC balls and to release them right above the head of the robot. This remarkable LEGO marble run machine is hiding a complex but very clever mechanism to give to the arms the perfect tempo. You can by the way watch this mechanism live thanks to a removable side hatch. Your favorite GBC balls will love to climb the stepper from this module and be caught carefully by the two robotic arms. And you will love to reproduce this super cool LEGO build thanks to building instructions or ready-to-build LEGO set both available on Planet GBC!
Original design by: Rimo Yaona
Number of parts: 1705
Complexity for building:
Price for Building: €€€€, expensive
GBC Ball Rolling Machine 17, on Rimo Yaona YouTube channel
Ball Rolling Machine 17 on Planet GBC channel:
GBC Ball Rolling Machine 17– from Rimo Yaona
- Set with ALL bricks required
- 100% Genuine LEGO bricks
- Price includes Building Instructions
- Available on our partner website BuildaMOC.com
Note: picture illustrating the presented product is given as an indication to help you in your choice and is not contractual
GBC Ball Rolling Machine 17 – from Rimo Yaona
Building Instructions + Parts List |
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>> More information |
Buy your GBC balls without breaking the bank !!
Quercetti marbles - 100 balls refill
GBC-compatible balls
Best Price6.90 EUR
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Buy cheap motor to run your Lego GBC !!
L-Motor - compatible LEGO Power Functions
GBC-compatible motors
Best Price3.71 EUR
- 30% discount
5.31 EUR
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Buy cheap USB-Rechargeable Battery Box, with speed adapter, to run your Lego GBC !!
USB-rechargeable battery box - compatible LEGO Power Functions
GBC-compatible battery
Best Price15.48 EUR
- 30% discount
22.12 EUR
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Acheté chez BuildAMoc: aucune pièce manquante, par contre la GBC n’est pas motorisée. C’est vraiment intéressant de faire un tel montage car si on n’a pas encore mis le nez dans une GBC de cette richesse, on se demande comment une simple rotation d’un axe arriver à produire autant de mouvements complexes et variés. Si on fait attention à ce que le mécanisme soit bien fonctionnel au fur et à mesure qu’on fait le montage, on arrive au résultat final sans grande difficulté.