Thank you for the clarification. Best way to get the right answer is to post the wrong one.

Whoops! I said exponential instead of inverse squared. What a crackpot I am.

From my layman perspective, yes the measured gravity would be double it’s original value if measured from the same place.

Gravity is an exponential function, so it gets weaker at an exponential rate as you move away from the source. But even if it’s a value of 1.0 at Earth’s surface and .02 at some distant point from Earth, doubling Earth’s gravity would double both values to 2.0 and .04, respectively.

You shoved it full of towels and… Is that a pillow? Sounds like a high risk of ruining a component with static discharge.

Best approach would be to take out the heavy components, like GPU and possibly CPU cooler and then bubble wrap them (ideally put althe GPU or other electronics into a an antistatic bag first). Then make sure the rest of what is in there is secure and won’t bounce around and move it as-is.

But if this post was all a joke, you just /wooshed me

Edit: And. I just realized this is a bot post of something grabbed from reddit. No OP here to see my comment.

Thanks gpburdell01, I just spoke with an old SCCM admin colleague and he confirmed the same thing you said.

That makes this much less of a big deal.

The way I read this, it makes it sound like updates need to be imported manually this way forever, from this point on. Is that correct?

Does this cause a large risk of missing or delayed updates for corporate environments using WSUS, or am I misunderstanding something?