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
Nice work! Nobody wants to walk out like a chump lmao
Nice fabrication!!!
Very informative video, on my project list. Thank you.
Nice tips mate! Thanks 4 this how to video!
Thanks for share this brother
On my projects list :) Thank you :)
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
best video
werer did you get the flange bearing???????? mi big bro!!!!!
I think I got them from Amain.com 🔥
SWEEEEEEET THANKS!!
Potienciometer. LOL
Right? Pretty sure I got that one wrong 😂
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.