Drop test Fall Impact - With & Without Energy Absorber

Because it is difficult to imagine the impact of a fall when working at height using a harness, we have created this video to show you and measure the force that would be exerted on your body.
By comparing these tests, you will understand more concretely the importance of an energy absorber.
⚠️WARNING : Some images may offend your sensitivity and give you the irresistible desire to order our products. In this case, please contact us by phone [phone] or by mail [e-mail], or visit our website www.kratossafety.com
This video is the exclusive property of KRATOS SAFETY and must not be broadcast on other websites or KZbin channels without asking our approval beforehand ([e-mail]).

[@fabricetchen9310]

Thank you. We can see what happen and we understand…

[@Kratossafety]

You're welcome. That's precisely why we made this video.

[@assortedmountainlife]

My wife wanted to change a light fixture in our living room using a 13' ladder with beam anchors in the ceiling. Two hours later I'm going to have nightmares about falling and snapping my body in half.

[@Fallarrestsystems]

❤

[@jenspirch6737]

Allsokönnte man sagen,das ein HSg/ein selbstaufrollendes Sttahlseil"vast preventif gegen Sturz wirkt,weil die Fallsicherung nach weniegen cm auslößt😉

[@ahmadazhar2337]

what is the weight of the dummy? did the impact force measured at the anchor point?

[@Kratossafety]

75 kg for the fall guy and, yes, the impact force is measured at the anchor point.

[@chyeaOGKush]

these tests all have different fall factors.. you need to test them at the same fall factor to compare forces

[@Kratossafety]

As explained at the beginning of the video, all these tests were performed in factor 2

[@chyeaOGKush]

@@Kratossafety oh right on i must of missed that but I would still prefer to see the rigging/ true fall factors (length of fall/ length of rope) ..

[@nettewilson5926]

Yikes