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ARD3 Drive System
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CAUTION - Video is a bit loud (noise from the drill motor).
https://www.youtube.com/watch?v=ql9-ZsvZzg0
This is a component of the ARD3 - Autonomous Robotic Demonstrator for Deep Drilling - and is published here to respect emmett's license. The rest of the project is hosted on the GitHub repository that can be found at: https://github.com/Shootquinn/ARD3
emmett, this gear bearing has been such an inspiration to me. These parts were made using your original design on customizer. Here's hoping to gear bearings getting to Mars someday!
NOTE: PRINT THE TREAD WITH NO TOP/BOTTOM LAYERS AND NO INFILL.
I used an extrusion width of 0.7 for perimeters and 0.67 for external perimeters. I used 2 perimeters. I used a 0.6mm nozzle, but you should be able to squeeze this much out of a 0.4 nozzle if you slow things down a bit. I used NinjaTek Cheetah for the prototype, it prints great but isn't grippy enough.
https://www.youtube.com/watch?v=ql9-ZsvZzg0
This is a component of the ARD3 - Autonomous Robotic Demonstrator for Deep Drilling - and is published here to respect emmett's license. The rest of the project is hosted on the GitHub repository that can be found at: https://github.com/Shootquinn/ARD3
emmett, this gear bearing has been such an inspiration to me. These parts were made using your original design on customizer. Here's hoping to gear bearings getting to Mars someday!
NOTE: PRINT THE TREAD WITH NO TOP/BOTTOM LAYERS AND NO INFILL.
I used an extrusion width of 0.7 for perimeters and 0.67 for external perimeters. I used 2 perimeters. I used a 0.6mm nozzle, but you should be able to squeeze this much out of a 0.4 nozzle if you slow things down a bit. I used NinjaTek Cheetah for the prototype, it prints great but isn't grippy enough.
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