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GoPro SteadiCam Gimbal for Kayak


GoPro SteadiCam Gimbal for Kayak

https://www.thingiverse.com/thing:2763695


Summary

I've gotten a lot of questions about how to mount and use this piece, so I'll tell you what I did for my needs. I used a 5/16 inch (Freedom Units) tap to create threads in the bottom hole if the center part of the gimbal. A comparable metric tap should work. I put a bit of plumber's thread tape on a foot-long 5/16" threaded rod and screwed that into the tapped hole. I then used two nuts and two lock washers to secure an entire package of large washers onto the rod for a counterweight (A big thanks to the open source telescope community for that idea!).
As for mounting it on my boat, I use two different solutions. On my rotomolded sit-on-top, I use a Scotty #135 Portable Camera/Compass Mount attached to a Scotty #429 Extended Gear Head Adapter seated in a Scotty #344-BK Round Flush Deck Mounting Bracket. For my thermoformed sit-inside boat, I use a Delkin Fat Gecko mount with an extender rod.
Combine the gimbal pieces with VikingScientist's helm-cam selfie arm (https://www.thingiverse.com/thing:233185) or a comparable GoPro arm and create a waterproof SteadiCam that doesn't need its own set of batteries.
This is more of an assembly/adaptation job than an original creation. My big contribution here is an obtuse butchering of foucteau's gimbal center:
https://www.thingiverse.com/thing:1854908
I filled in the center using TinkerCAD, slapped Ghir0's convenient GoPro mount on top of it like a LEGO brick, and put a hole in the bottom for a 5/16ths threaded rod. The v2 gimbal center has been updated with a smaller diameter hole for the threaded rod and a raised GoPro mount to give the camera more movement clearance. Also, a big thanks to flahut59, who re-sized the bearing holes on fouctou’s original gimbal design, so we no longer have to crack that piece when assembling the parts.
TinkerCAD file for center:

Print Settings

Printer Brand:
Wanhao
Printer:
Rafts:
No
Supports:
Yes
Resolution:
0.2mm
Infill:
100%
Filament: YOYI PETG 
Notes:
On my first model, I printed the center at 0.2mm and 100% infill. The other two rings I printed at 0.32 and 50%. That was a mistake. The stress of the bearing insertion caused some cracking. The bearing holes on the middle ring have now been resized to prevent this, but I still advise a 0.2/100% print on both parts.

Elaborado por Oscar Perez

Arquitecto especialista en gestion de proyectos si necesitas desarrollar algun proyecto arquitectonico en Bogota contacteme en el 3196955606 o visita mi pagina en www.arquitectobogota.tk

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Elaborado por Oscar Perez

Licencias de construccion, diseño y construccion - Arquitectura en Bogota contacteme en el 3196955606 o visita mi pagina en www.arquitectobogota.tk