Rigging anchors for balanced load

[@bencox9738]

A clear, simple method of teaching this without having to work with vectors. The frame and load cell setup is great. Love the laser and Omni Block setup, top idea.

[@tobo3035]

learnt more new things about Y hangs, and had my pre-existing perceptions challenged more, than I have for years. Thank you.

[@CanyonsCrags]

Excellent video! I've been sharing it regularly with people struggling to understand the concepts. Kudos.

[@ScoutCrafter]

Outstanding presentation... Thankyou very much!

[@TreySmith-fu6xf]

Great video sir! A great tool that explains the complexities of anchorage systems.

[@msherpa9594]

Thank you for another excellent presentation. I propose calling the "I", "IFFY" instead of IDEAL in the I, Y, T method !

[@NorthWashOutdoors]

Excellent Video! Thanks for putting the time in to put this together.

[@angelphazarne]

Great presentation Rob. Thank you.

[@sergeantcrow]

Thank you Rob... An essential tutorial for all climbing sports too..

[@heli400]

excellent video! I picked up a few gems of information for my rock climbing anchors setup. (strive for minimum 30 degrees now!)

[@alexescalada13]

Excellent video! A great tool that explains.

[@natoyilively9379]

Thank your for this simple explanation of rope angles :)

[@johnwvwa9547]

Great video, great teacher

[@MelbourneClimbingSchool]

wow! excellent video, explains things very nicely!

[@mikeskiuk]

Very clear and interesting demonstation. I'd love to see a video showing the loads generated by the american death triangle.

[@TheMadMagician87]

Great info and demonstration, thanks.

[@JamesHarperUS]

Excellent video! Thank you!

[@ChathamJackTar]

Excellent. Thank you.

[@VLcommodore1987]

Fantastic demonstration thanks mate!

[@Random13]

Explained perfectly, thanks!

[@philbox4566]

Brilliant as usual Rob.

[@jedmedin5852]

Very nice video!

[@TomSmith-io9uk]

Good Teaching.

[@davelimson854]

Great very interesting video

[@MariusLuding]

nice video..but could you please pan the sound in the middle next time? :)

[@timdennellphotography5275]

Excellent.

[@koggism]

Great work.

[@misterbonzoid]

The 2 degree increase from 150 to 152 degrees in angle doesn't give a 25% increase in loading (7m40s), but a 25kg increase. That's about 12% of 190kg.

[@김길녕-h1y]

Thank you

[@glyn7853]

Great instructional video, however I'm still not too sure about why using anchors less than 30 degrees is dangerous. I see what you're saying that when the load is not balanced you will have uneven stresses on the anchors, but that is the same for anchors between 30 and 90 degrees, as you have demonstrated at 90 degrees. Why do the 'below 30 angles' get relegated to the red dashed line club?

[@drewcarter2229]

because, as he says, you can massively alter the loads with only a tiny shift in the bisecting angle. this makes it less consistent, and give rise to the sudden risk of spiking up to a sudden huge load on one anchor. the larger angle does render the anchors subject to such sudden fluctuations. he's not saying uneven stresses don't occur in the 30-90 range when the bisecting angle is not central; he's saying to be wary of tighter angles because uneven stresses have bigger consequences with less change.

[@johnkelly5166]

This is great!!

[@ljljlkj]

angles matter

[@manuelantoniomonteroparra5950]

180 power

[@adventureswithfrodo2721]

protractor.