Thanks for all different slow mo replays but there is really only a single frame capturing the actual failure. Amazing to see how much they actually yield before ultimate failure. Thanks for the video. Keep them coming.
Dexxxter7780, this video was shot at 60fps @ 720p. Unfortunately our research budget has not yet reached that of the Discovery Channel's so a $30,000 camera is not a viable option. However donations are always welcome. Thank you for your interest.
KIDTAKO, thank you for watching our video. As previously stated, this test was done at the request of one of our customers. An incident had occurred in which during a lift a shackle was turned sideways and failed. Obviously we would never recommend the use of a shackle in this manner.
How far past the swl before she failed?from wat I've seen on yubetube used in the proper configuration the take about triple the swl before complete failure
MrBooojangles, this test was done at the request of one of our customer. An incident had occured in which during a lift a shackle was turned sideways and failed.
This is definitely something worth using a high-FPS slow motion camera for. I would love to see, in ultra-slow motion, the catastrophic failure of metal sometime on UA-cam. Maybe the SloMo guys can get to one of these sights.
Surely like other people say you would test a shackle vertical with the load at top and bottom (on the pin), thats how we all load them no matter what job we give a shackle to do!!!
Kind of surprised that I'm the only one interested in how much pressure that was? What was the weight equivalent to how much pressure it took to break that shackle?
Hi G, Thanks for watching, the shackle ended up breaking at 65% of minimum breaking strength which is higher than expected. Typically Anchor style shackles are rated at 50% at 90 degree side load. You can find more information on that at superslings.ca/Products/RiggingHardware/Shackles.aspx
why you put the shackle in vertical form? you must to break by horizontal form. I am Ing. Luis Velez. Cab Energiservicios sa de cv. from Mexico, your software is test 35 by Robert Testing right. I calculate The peak load was 41,000 lbs more or less. Congratulations and regards.
so you peoplenot know how heavy these things are? it will kill out, in a n outright, these things are VERY heavy i think uyou all need to underatnd this befor commenting
WHY the hell would you purposely SIDE LOAD the shackle for this test? This video is just showcasing how NOT to use a shackle. If any of my guys put hardware in the air side loaded, they would no longer be working for me.
Thanks for all different slow mo replays but there is really only a single frame capturing the actual failure.
Amazing to see how much they actually yield before ultimate failure.
Thanks for the video. Keep them coming.
Dexxxter7780, this video was shot at 60fps @ 720p. Unfortunately our research budget has not yet reached that of the Discovery Channel's so a $30,000 camera is not a viable option. However donations are always welcome. Thank you for your interest.
KIDTAKO, thank you for watching our video. As previously stated, this test was done at the request of one of our customers. An incident had occurred in which during a lift a shackle was turned sideways and failed. Obviously we would never recommend the use of a shackle in this manner.
How far past the swl before she failed?from wat I've seen on yubetube used in the proper configuration the take about triple the swl before complete failure
MrBooojangles, this test was done at the request of one of our customer. An incident had occured in which during a lift a shackle was turned sideways and failed.
I'd like to see that filmed with a 1,000,000 FPS camera
Why test it by pulling it apart from the sides, when most applications will have the stress top and bottom?
Just because some dumb shit thought he was a rigger.Asshohes like that kill people plain as day!
This is definitely something worth using a high-FPS slow motion camera for. I would love to see, in ultra-slow motion, the catastrophic failure of metal sometime on UA-cam. Maybe the SloMo guys can get to one of these sights.
Surely like other people say you would test a shackle vertical with the load at top and bottom (on the pin), thats how we all load them no matter what job we give a shackle to do!!!
Aah gaad the tumb nail is a fkn enough dummy bait , that pull test shit is really cool
Does no good to slow to "1/64th" speed if you're not shooting at a super high frame rate.
Hey my shoulder does the same thing every time I take my dog for a walk.
That would explain it, thanks :-)
This is the techknowlogy used to invent Ping golf clubs
according to proof load testing of 5/8 shackles with swl 3 1/4 MT , explain different standard applied in the world now adays, Please,,,,,,,
Dang i even felt the shock in my hands via ipad
I thought that shit was going to break through my computer screen.
Kind of surprised that I'm the only one interested in how much pressure that was? What was the weight equivalent to how much pressure it took to break that shackle?
Hi G,
Thanks for watching, the shackle ended up breaking at 65% of minimum breaking strength which is higher than expected. Typically Anchor style shackles are rated at 50% at 90 degree side load. You can find more information on that at superslings.ca/Products/RiggingHardware/Shackles.aspx
why you put the shackle in vertical form? you must to break by horizontal form. I am Ing. Luis Velez. Cab Energiservicios sa de cv. from Mexico, your software is test 35 by Robert Testing right. I calculate The peak load was 41,000 lbs more or less. Congratulations and regards.
Surely you should be plotting stress vs. strain
so you peoplenot know how heavy these things are? it will kill out, in a n outright, these things are VERY heavy i think uyou all need to underatnd this befor commenting
Cool video but I wonder why u use a 5/8 shackle,cuz u r on the metric system
whats the swl on that? and whats it break at?
why they made side stress test on a shackle designed to work straight lineal load?
, this test was done at the request of one of our customer. An incident had occurred in which during a lift a shackle was turned sideways and failed.
Ohhh. Thanks for answer :)
Try using a MUCH higher frame rate
put justin bieber in there
enterBJ40, it's a bow shackle, not a dee shackle
you aren't using a camera with the proper fps for slow motion, you're just catching frames at the last one
WHY the hell would you purposely SIDE LOAD the shackle for this test? This video is just showcasing how NOT to use a shackle. If any of my guys put hardware in the air side loaded, they would no longer be working for me.
, this test was done at the request of one of our customer. An incident had occurred in which during a lift a shackle was turned sideways and failed.
Cross loaded
Cor!!!!!
Sorry but shackle aren't tested with side pulls, fake test.
I thought that shit was going to break through my computer screen.