Quick Release Ball Lock Pin. How it works. 3D Printed Cutaway Model / Animation
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- Опубліковано 20 жов 2019
- In this video I use a 3D Printed Model of a Quick Release Ball Lock Pin with a cutaway to demonstrate how it works.
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Engineering always produces the answers that make this world move forward and you have produced a wonderfully explicit video to show how this particular design operates.
finaly an answer for my childhood question... what a great explanation
best explanation.... the 3D model made it easy to understand.
EXCELLENT demonstration.
Good explanation Jay !!
Jay:
Thanks a lot for upload this video. This explanation makes me understand the ball lock mechanism.
Greetings from Chile.
Excellent work
Nice job.
Nice
Crack gracias 🙂 🙏 🙌 👍 😊 tengo mi silla de ruedas con ese método igual
Excellent explanation missing is slight detail on why the balls just don't fall out of the hole they magically or cleverly stay right there
I'm pretty sure the cutaway (if you can call it that) where the balls are placed is in an arc, leading to the openings where a bit of the balls stick out are to tight to let the whole ball out
@@customch33s32 makes sense thanks
Thank you.
good
Great demonstration on how the ball lock pin works. I'm a teacher and would love to be able to 3d print this for my students... do you have the file or know where to get the 3d print file? Thanks!
🖖 👍
Jay, question: Is ball lock pin as strong (sheer force) as solid steel pin? Thanks
Do you have the 3D files so I can print it myself?
Hi Jay, This is a great solution. Our team is made up of middle school students and participates in First Lego League. This years innovation theme is Art and they are building a tactile display and need a solution to push the pin up into a position based on an image. Would you be able to share your 3D model for this Pin. If they end up using it in their solution they will definitely mention the credit. Let us know.
This is the fuse to land mine, right?
Hi, do you know how they drill the ball holes and get the balls in so they dont fall out?
They drill the holes just slightly larger than the balls, drop them in and then "stake" the hole by pressing in just enough metal around the outside of the hole so the ball can partially stick out but not fall out. If you look at the pin around the hole you should be able to see a mark.
Jay Gould , hi! Thanks for your video. How could you keep the balls inside the bores (in the 3D printed version) so that they don’t fall out? I guess the material of the 3D printed pin does not allow the “stake”.
@@WilliamFrawley OMG, I've been searching for this answer for hours. THANKS!
No entiendo como las bolas no escapan ¿los agujeros son de menor diametro que las bolas??
Sorry but can I get the 3D model in the software pls I want to 3D print it
so mine doesn't work,remove washer by prying and pull apart ,or push to disassemble
I don't think they can be disassembled without destroying it. The aluminum handle is swedged onto the shaft
@@WilliamFrawley i found by twisting i can have it work again ,to a good spot
Thank you.