This actually has me wondering: I just ordered a framework 16 that’ll ship out in 5y (ok like 3mo, but FUUUU-), but what are the torque specs on the screws in all the various innards I may need to replace or upgrade? Lowest my screwdriver can go is 10 in/lbs.
I’m sure there are all sorts of cases where, if you really care, it matters quite a bit to get that extra 15 minutes of life out of the component by reducing vibrations with the perfect torque.
But in reality yeah, snug is fine, and if it’s a really vibrate-y component with solid materials maybe you can upgrade that to tight.
This actually has me wondering: I just ordered a framework 16 that’ll ship out in 5y (ok like 3mo, but FUUUU-), but what are the torque specs on the screws in all the various innards I may need to replace or upgrade? Lowest my screwdriver can go is 10 in/lbs.
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I’m sure there are all sorts of cases where, if you really care, it matters quite a bit to get that extra 15 minutes of life out of the component by reducing vibrations with the perfect torque.
But in reality yeah, snug is fine, and if it’s a really vibrate-y component with solid materials maybe you can upgrade that to tight.
Good question, idk if it needs it or not, never thought about it until I saw this post lol.
I assume the framework stuff comes with instructions. Unless you’re stubborn, skilled, or some combination, rtfm haha. That’s how I live my life.
If it does I’ll read it! I used to be a non manual reader but I’ve fucked too much shit up haha.