Do you need that extra push over the cliff? The Small sized GTE (Goes To Eleven) Knob can fit onto potentiometers with a 6mm wide shaft thanks to a brass insert with a set screw.
We know that most of you are playing at ten, but with the GTE Knob you can go... one louder.
Note: It goes to eleven.
Whether it's for assembling a kit, hacking an enclosure, or creating your own parts; the DIY skill is all about knowing how to use tools and the techniques associated with them.
Skill Level: Noob - Basic assembly is required. You may need to provide your own basic tools like a screwdriver, hammer or scissors. Power tools or custom parts are not required. Instructions will be included and easy to follow. Sewing may be required, but only with included patterns.
See all skill levels
We welcome your comments and suggestions below. However, if you are looking for solutions to technical questions please see our Technical Assistance page.
Based on 2 ratings:
1 of 1 found this helpful:
Lost an original knob on my Fender Princeton 650, and purchased a few of these to replace the volume knobs, so my practice amp can go to 11. The brass fitting and set screw makes it somewhat adjustable on the D shaped shaft. There is not a 0 mark, but that's ok just because mine never goes to 0... Great little knob, and lets me continue the Spinal Tap saga. #SpinalTapFan #GTEknobfan. Well done Spark Fun.
Ed
Bought these for the 10 position rotary switch because I read they fit. Well, they don't. The switch staff is a fraction bigger. Going to sand it down and should play nicely together.
Maybe I am missing something but I see a fundamental design flaw. Don't most pots have a 270 deg range which makes this knob only good for 1 - 9.5?
For the uninitiated:
youtube.com
I am disappointed that these knobs start at 1. They should start at 0. (See video). I was about to buy 10 (or 11).
Link is broken
Well it is an old link. It was the same video that radiohound also pointed to. Use this one for the next two years:
more youtube
this is the farthest I've seen sparkfun go with a joke. on more serious matters, if i buy 2 of them, will i have to adjust the value to 121 or 22 loudness?
In series you get 22. In parallel you only get 5.5
yes but what if i put it in upside-down? would i have to take the reciprocal of the value i have?
Wow! I haven't seen these since the movie Spinaltap. If you aren't old enough to have rented this on Betamax in the 80's .... You need to see this movie to get a full appreciation for "going to 11". https://www.youtube.com/watch?v=NrVCjnRdB_k
Awesome find!!
Never thought I'd openly say this, but I've got knob envy. :-P
So it doesn't actually change the values of the pot but just gives more devision numbers but doesn't change the rotation of the pot?
Eleven. Exactly. One louder.
Will this work with the rotary encoder? Data sheet seems to imply a standard 6mm, but could y'all try it and advise?
I want to go to 11 over and over again...
BE CAREFUL! You'll have to do some tricky things with code because that's a 12-step encoder and this goes to 11. So, you'd have to program it to be a 13-step encoder, to account for the extra awesomeness.
Thanks for the heads up, I'll make sure to unplug my heaterizer while I do it, just to be safe.
So that's a yes on mechanical compatibility though?
it WILL work, but I personally wouldn't use it. those notched shafts are a pain. you really need a specific knob for them. I'd go with one of our other rotary encoders that just have the plastic knurled shaft instead.
If I put two of these in series then it could go all the way to 121.
Starting at 1 makes them Lua programming compatible...
Have I missed something. It might have numbers to 11, but it only has 10 divisions. It starts at 1 not 0? So in its minimal position it's already at 1, with 10 steps, one tenth each ? Shouldn't it be marked 0-11 ? So it can go from off to ten then 1 more to 11 !?
it starts you at at 1, which is more than 0, and goes to 11, which is more than 10. so, starts and ends higher.
Brilliant! Whether you're playing low or high, it is always one louder.
exactly, this guy gets it!