even if it weighs the same

but its also harder to stop moving it

yes that's what I'm saying

and while youre moving it it should be the same

assuming there is no drag force then moving two objects with vastly different mass should be the same

your acceleration towards a massive body will be less, so there will be less downward force acting on you, but it will still take more effort to carry all of that stuff

https://youtu.be/h_IAlnClauE

itll be the same so long as you arent changing direction

if you are carrying both loads in the same manner

and it isnt turning or anything

yes

Yes, but lifting more mass would be easier if your own mass is reduced, is my point.

then it should be the same amount of force

given there is zero drag, it takes energy to accelerate, but not to maintain momentum

Overall weight is reduced yes

Specially in an rpg scenario where its all about a zero sum of your carry limit

Muscle strength stays the same

Same with mass

if the weight of everything on your person is reduced by gravity being reduced, you can lift something else easier

Yes

If you maintain same muscle mass

which you do

but itll probably fuck you up

in real life

because you suddenly have an abnormally light load

but it has the same volume

so the same drag

sure, but that doesn't mean you can lift say, a jumbo jet in deep space even though it technically weighs nothing

because it still has a lot of mass

Yeah you can only push on it but you wont feel much

I mean in space, any force applied will compound

you can lift it

itll just take a while

You'll move away more than the jet will

so right

and it also depends

inertia

no resistance, no drag, no other force

without drag force

means that there is nothing to reset your progress

so you can infinitely apply force to the plane