Yes you do. As this was already an external spool winch I didn't cover every step to making a servo winch. In hind site, I guess I should have mentioned that.
@@hidingin sorry I referred to the wrong place in the video. I'm sure there are many ways to complete this project. Removing the servo electronics and using a winch controller was the most effective way to stop the servo from creeping, and create the space needed to run the spool. I hope this answer is good enough for you. Have a great day.
Well done Bren! Thanks for showing.
Thanks for taking the time to make this informative video
Very informative video, on my project list. Thank you.
Nice tips mate! Thanks 4 this how to video!
On my projects list :) Thank you :)
Thanks for share this brother
Nice fabrication!!!
best video
Nice work! Nobody wants to walk out like a chump lmao
I feel like you're missing a couple important steps, do I need to remove the pin from the big main gear?
Yes you do. As this was already an external spool winch I didn't cover every step to making a servo winch. In hind site, I guess I should have mentioned that.
@@bingsunbren ok cool thanks great video
werer did you get the flange bearing???????? mi big bro!!!!!
I think I got them from Amain.com 🔥
SWEEEEEEET THANKS!!
Why dont you use the internal electronic?
Starting at 3:45 I explain why the internal electronics should be replaced by a winch controller. 🤓
You don't explain why. You just refer to some blabla from a shop. Replace your pentiometer with 2 equal sized resistors.
@@hidingin sorry I referred to the wrong place in the video. I'm sure there are many ways to complete this project. Removing the servo electronics and using a winch controller was the most effective way to stop the servo from creeping, and create the space needed to run the spool. I hope this answer is good enough for you. Have a great day.
Potienciometer. LOL
Right? Pretty sure I got that one wrong 😂