[maxglute]

NASA has IRED for resistence training on ISS. IIRC regiment was ~1xBW squats/deadlift for 3x10s in space every few days. Upper body was even more "normie" strength requirements. I think the routine included many hours of resistence training in general with very conservative weights to maintain mass and avoid injury at all costs.

[safety1st]

I have read about IRED but never heard the particulars of their training regime before. Dunno about that workout plan, it is a workout which would not induce hypertrophy on earth, so I wouldn't expect it to do much in zero g. Hopefully they don't give up on the idea just because they were doing weak lifts

Really though when they get to the moon I just want to see them bring a barbell and two big buckets which they fill up with moon rocks. In general free weights are better for hitting a variety of muscles at once vs machines being better for isolation exercises, if you're trying to prevent muscle wastage across your entire body, a barbell may very well be superior!

[maxglute]

I looked list of artificial objects to lift on the moon.

Lunar Roving Vehicle curb is only 76lb/34kg. That's would be a fun OHP set.

The Descent Stage of Lunar Landing Module is 358kg/789lb. Probably strong man car squat with one of the legs for reps.

Many landed probes/landers between the 1-5 plate territory territory.

>if you're trying to prevent muscle wastage

I actually like all the new light weight resistence cable machines that perfroms like IRED released in the last few years. But a 24 ft barbell with 10 ft of mooncrete bumper plates on each side to replicate a 5plate pull would be neat.

I think the NASA goal is to build up muscle base on earth and do least impact/injury risk routine to preserve muscle mass and bone density. I'm assuming it's not bro science, and they have injury table for astronauts who are genpop fit but not lifter strong, and optimizing for that. I wonder what their policy on steriods is.

[safety1st]

Well, if nothing else there's a lot of basalt lying around on the moon, which would weigh about 3,000 kg/m3 on earth. That means it should weigh around 500 kg/m3 on the moon. So you're gonna need some big plates, but getting up to the amount of weight they have people lifting on IRED sounds pretty doable. This way all you have to send over from earth is a bar and some buckets!

[gadders]

>>~1xBW squats/deadlift for 3x10s

For super-fit astronauts, that's pathetic.

[safety1st]

Dunno why this is being downvoted because it's correct. In their 20's most people can be at this level by their second session in the gym