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@bibbigo No, no experience. Hence my asking here for feedback.

@bibbigo I meant a 3 m strap length indeed. I'd love to build this setup myself but right now it's not possible for me. So I thought I'd at least share my thoughts so far. I'm a bit surprised by your experience of shorter straps being harder. I am under the impression they're easier.

@wc0476 The magnitude of the forces isn't really the problem. They get multiplied by 1, ie stay the same, for 120 degrees. Here it's just 126 degrees and a magnitude just 11 pct more. Some commentators were more worried about bending and shear on the anchors as that is absent in a normal suspension.

@wc0476 This addressed in the final paragraph. It's not the death triangle.

@kenthi Thanks a lot. Would this system differ substantially from a normal implementation for rings? I mean if you were to just bolt the anchors into the ceiling, ie without all this cable stuff i ve proposed here, would there be the same type of problems or would you be better off?

@rejoiceinreality Thanks. This is the kind of feedback I was looking for.

Here is an idea I had the other day that I would love to run by this community. It should allow people to add an extra meter or so to the suspension of their gymnastic rings without needing a taller ceiling -- a "virtual meter" if you will... It is a DIY solution that should be relatively easy...

@learnandbloom I got the same problem/goal as OP, so now I'm curious what EMOM means?