Beyblade X Balance Calibration Tool
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Calibration tool to test the balance of a beyblade when assembled on a ratchet.
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Updated at source:
Model information
- Source
- Printables
- Category
- Tools
- License
- Creative Commons — Attribution — Noncommercial — Share Alike
Quantities:
1x Bearing Sheath MR128
1x Top Spinner ABS/PLA
2x MR128 unshielded bearings (8mm ID x 12mm od x 2.5mm depth) Bearing Amazon Link
Printing Recommendations:
Top spinner:
3-4 Walls
Tree supports for the overhang
Bottom Sheath:
No supports should be needed due to it being a very small overhang
Assembly instructions:
put the 2 bearings on each side of the sheath (press fit), then push in the top spinner into the assembly this will be a touch tight but should seat into the 2 grooves when it gets to the intended point so it doesn't accidentlly slide out while in your bag/beycase.
------------------------------------------------------------Notes:------------------------------------------------------------
Usage:
Loosely hold the sheath in one hand and spin the beyblade from the top or bottom post as fast as you can get it by hand, and see if you feel a wobble in the hand holding the sheath.
Top Spinner:
Slightly different beyblade interface sizes between the ABS/PLA version from external testing from Yagah since I mostly print in ABS, I haven't tested PETG but I think it should be better with the PLA profile.
Maybe hard to push through the bearing due to it being a slight interference fit but you can freeze the top spinner portion and then put it in the bearing sheath assembly
Sheath/Bearing:
Bearing should be unshielded for it to free spin correctly due to the rubber/metal shields normally used adding friction causing it to not free spin for long enough to feel the imbalance.
If you are unable to source/order unshielded bearings you can buy a metal shielded bearing and take the shield off carefully with a metal pick and cleanout/lubricate the now unshielded bearing.
Will be a very tight fit for the bearing in the sheath may need to be malleted/pressed into the sheath, ideally to where it sits flush with the 3d printed part. if that doesn't help you can try leaving the bearing in the freezer for a few hours to shrink the bearing just enough to be able to be pressed in.
From testing only having 1 bearing may cause unintended wobbling due to not being constrained at multiple points.
Thank you to Yagah for testing PLA and giving updated numbers for the top spinner portion, and taking the pictures
Yagah's store