@richarddelaney Any suggestion for coiling canyon ropes in a manner that will make them easy to coil, easy to carry and easy to use in rigging for the next drop? TIA

so anything about loading, speeds, setup ect?

I'm looking for advice, on a rope grab for easy ascending and descending in a work positioning environment. I am new to this so need a little help. Thanks, Isaiah.

@RopeLab Would love to see ring load on an alpine butterfly!!!

Hey Richard, does it come with feet more suitable for industrial environments?

When you tie off the rigging rope - presumably PowerCord? -you use a round turn and 2x half hitches. Is this better than the often used way with ropes - ie: clove hitches? I ask this as when using PowerCord, I found some slight deformations in the cord where the clove hitches were tied. So, do round turns and half hitches remove this issue?

I had to watch this a couple times to understand the concept. Good explanation

890 Kayla Rest

Martinez Mary Harris Ruth Hall Amy

Best rethreaded alpine butterfly yet. Only critique is that you obstructed your rope initially but... again, best one out there! :) Short, sweet; amazing!

Martinez Timothy Jackson Melissa Gonzalez Carol

Anderson Joseph Thompson Patricia Thomas Mary

sir may i know different between WLL and SWL

Brilliant!! Just what I was looking for

Too sleepy!

The simplest explanation ever after 3 years of working in the jungle! I finally understood. Much appreciated!

Price and materials needed

The figure 9 is easier to undo after put under heavy load. I used to install steel frames on towers. Figure 9 is easier to bend and it loosen up.

maestro, que gran aporte al tremendo mundo del rescate.

Bro this was a completely useless bs test. You did not set it up properly!

What were the load cell results?

Do you have a quick video how they're tied differently?

Brilliant! ❤️👍

The double fisherman's knot and the barrel knot are just constrictor knots tied on their respective standing parts. They seem easier to remember that way assuming one has familiarity with the constrictor knot.

Nice! Thanks!

Genius

Great video! Thanks for the info 🎉

Thank you thank you thank you. I knew there was a way but couldn’t figure it out!

looks like they should hace both had a 50/50 chance, asap lock won tho

actually: is the bending back so bad? or is it maybe nicer in regards of energy absorbtion? sternal looks pretty "static" to me.

Where were placed the anchor point Richard? Ok the Crane?

Yo

I would be interested to see inside and outside tail loads tested with a carabiner or shackle in the loop, and also a load on the one and two tails of a two-strand bowline.

Nice. Isn't rope of stop knot too thick?

Thank you Richard for another great equipment info series video. I'm really looking forward to seeing more when you have the time to make and upload them!

Beatiful

Trying to think of why the ring would be pulled apart. 🤔

kzbin.info/www/bejne/e3jSf3R4iLh5fa8si=foo_0f19STwUqt97 They also used a bowline in this configuration. All the best

Thank you 🎉

Do you see any concerns with cyclic loading as most rigging plates are aluminum?

Что думают эксперты на сей счёт? Цитата из инструкции: “Устройства для остановки падения ASAP и ASAP LOCK крепятся только к элементам крепления типа А (на груди или на спине). Ни в коем случае нельзя устанавливать ASAP на брюшную точку крепления.” Это действительно так? Разве я не могу прицепить ASAP к поясной беседке?

asmr

I had heard of the "Super Glue" or more specifically the Cyanoacrylate method of terminating a rope and attempted it myself. After waiting about 20 min with no perceptible change in the glue, I soaked up the mess with a shop cloth and did some research. My first suspicion was that Cyanoacrylate requires anaerobic curing conditions, this is not true, in fact it is the presence of O2 in the tube that keeps the Cyanoacrylate monomer from polymerizing into the solid form we are after, and it is the presence of H20 that is required for the polymerization reaction: of which there was almost none in the dead of winter in Calgary, Alberta, Canada. So, PSA, if you are in a dry climate, let the rope sit a while to absorb some H20 and allow the glue time to cure before you assume that the canyon bro that told you to super glue your rope ends is an idiot haha big fan of you and your content, Richard. Please keep it coming. Cheers!

Fourth way I’ve seen to tie this knot and probably the easiest and fastest so far. Loving your work.

Do you hold on to the blue rope when you weight the prusiks? I tried this and I couldn't get it to slide if I just pulled on the prusik, only if I pulled on the "failed" rope with it.

Thank you for the video. I have heard that the ID is certified for the case a rescue ascends on the rope coming out. Do you know which certification that is and if the ID has to be sorted out after such a situation?

love the side by side demo

and what is the unit we are using to measure the forces?

Whoa ive never seen it tied this way. Pretty cool!

Hi Richard, do you know the total length of the Asap'sorber once the webbing has 100% deployed? I cannot find it anywhere online. Thanks.