this is a great video, and please don't take this the wrong way, but i feel like the title should be changed somewhat..... these should not be considered advanced techniques, this should be basic stuff taught to everyone!
@benjatronic Thanks for your thoughts. We thought about this a good bit before naming it. I fully agree it would be ideal to teach these skills to beginners, especially because the techniques can save lives! And I feel that climbers shouldn't rappel unsupervised until they understand these techniques. With that being said, we felt like it's impossible for a beginner to absorb all the prerequisites to employ these skills in 1-2 days. The other reason we decided to call it 'advanced' was because we use terminology and techniques in the video that wouldn't make sense to a total novice, i.e. shock loading, friction hitches, etc. If I taught a full day rappelling class I probably wouldn't get through all of these techniques if the students had never climbed before. Thanks again!
Josh Beckner thanks for the respectful response! I feel more than a bit pedantic now 😢 and you're totally right, there is a bedrock of knowledge in there that I probably took for granted when watching.
This video just showed an interested party (me) that rappeling can be both dangerous (withoutl) and safer with these techniques. I agree with others this should be titled.......Before you rappel
Yea I am inclined to agree. If you don't know the setup and techniques necessary to prevent 85-90% of the rapping accidents that occur (outlined in this video), you probably should NOT be rapping because you're going to be way, way more likely to kill yourself.
Have been teaching these techniques for quite a while. Have also introduced the concept that one must test before one commits at any transition. Once tested do not change anything otherwise test the system again. I count standing up to reach up to unclip your safety as a change to the system. Look over your system and test again before fully weighting your system and then good to go.
I really appreciate you calling out the leg loop third hand. I see so many people use that method and always thought it was a safe mehtod - now i see why it's not.
@@davidcross30 If you extended the belay device then there is no reason to have your backup on the leg loop, you can put it on your belay loop. Also, the belay loop is rated, a single leg loop is not.
scuba3steve3 the failure they are talking about is the prusik contacting the belay device. The prusik is there as a third hand in case you let go of the brake rope (for whatever reason) and the force required to hold the brake rope and stop you using the friction in you belay device is next to nothing. You can hold it in your thumb an fore finger (I don’t advise doing that but it shows how little force you need to operate the device). Like many things knowledge of different techniques is like tools in the toolbox. Understanding the use and limitations of each tool is more important though. Otherwise it is a case of all the gear; no idea.
Best video I've seen on rappeling. I think it's worth adding that existing rope/sling anchors should not be trusted. Replace them or at least check them thoroughly and back them up. Of course, metal/all anchors should be carefully checked and tested.
Fantastic video, thank you for the excellent instruction and the life saving knowledge. I've been gym climbing for a year and getting ready to do outside for the spring and summer. I plan to go with a guide my first few times and then with experienced friends. The more you know ... Thanks for keeping us safe!
Excellent video, I was lucky enough to have been taught most of these techniques during my training, the only part that was new to me is the saddle bag, which looks like and excellent way to control the excess rope
For the fireman belay method it's worth mentioning that: sometimes pulling tension is not enough, because it depends on the length of the rappel ... if it was really long rappel let's say 70m + the belayer at the bottom has to stand away from the crag and in some cases if a fall happen the belayer may need to run (or move) to the back from the crag while applying tension on the rope and in order for the belay system to work ... and of course any method you want to use depends on the nature of the place you are in! Learned that the hard way :) All in all great video .. thanks for sharing the knowledge
Agreed, definitely a good idea to try out the fireman belay from the bottom while the person rappelling has a 3rd hand backup before using this method as the only backup. You have to pull surprisingly hard if there is a lot of rope stretch, and be well aware that if an accident occurs in which the rappeller is knocked unconscious, the person doing the fireman belay on the ground will need to hold the rope constantly until a rescue plan is decided. If falling rock or ice has hit the rappeller, then it will very likely fall directly onto the person doing the fireman belay, as well, which isn't an ideal backup. The one benefit that a fireman belay has over a 3rd hand backup is that in the event of an accident, the person below can easily lower the rappeller to the ground and avoid having to ascend the rope.
Great video, I like the way you are teaching the testing the system (first the friction hitch, then the rappel device, then both together). One mayor plus (on top of the obvious safety benefits) of using a friction hitch as a backup: If you have 2x 50m ropes dangling from the anchor in which you have to build your rappel-system into, it helps massively if you can first put the frictionhitch onto the rope, then clip that to the harness. With that you can pull yourself out some rope to work with and put that into the rappel device without any weight yanking it down. Also minimizes the chance of you dropping your belaydevice.
Thank you for the video. I took a course for lead climbing in my gym and my instructor showed me the old method of self-rappelling with the third hand round the leg loop. I will need to do some adjustments.
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If you’re using a dyneema cord for your extension, you can clove hitch your biner rather than an overhand, that way you’re not dealing with the challenge of untying an overhand not in dyneema.
Wow nice video thanks. I expected more advanced techniques but still learned something. The leg-lifting issue with the friction knot is quite important. Thanks again.
Another great video Josh! I would like to make a plug for John Long's "BARK" acronym: Buckle/harness, Anchor, Rappel set-up and Knots (this usually refers to the knot connecting two ropes, but it can also refer to the stopper knots). It may sound silly, but I use this almost every time I rappel for myself and for checking my partners; especially if I'm tired or in less than ideal conditions when one might be tempted to rush things. I'm also diligent about squeeze checking my locking 'biners. BTW if you have a pack, you can stack the rope in that instead of making and feeding out butterfly coils. A stopper knot is especially important if you do this!!!
One can also use the new petzl dynamic rope device which adjusts. one version comes with 2 tails. I Use the fixed tail for the belay device, the adjusting one for the tether to the next anchor. Then a prussik on the harness as shown here. having a prussik also allows one to rethrow or untangle ropes as one goes down.
I LOVE this vid and am now off to watch everything else you made. The factual approach to why something is done the way it is and why some techniques became outmoded is brilliant. Looking for vids to augment hands on learning, you're is head and shoulders over the rest. I think comments about it not being 'advanced' are coming from those who forget anyone can access you tube whether or not they know their bite from their draw. Personally I feel your caution in the title shows real advanced understanding of potential audience.
Nice tutorial, thank you for your tips & tricks. I also sometimes use the saddle bag method for rappelling down, but I find that tightly wrapping the sling around the coil rope as shown in the video makes it difficult to rappel down in a smooth way. Instead, I use a loose sling, which allows to quickly rappel down, and anyway the coil rope remains in place and does not slip out due to weight on both sides.
I did one here at Rumney yesterday, I was actually supervising a buddy doing his first rappel, I led the pitch & anchored in to the two belay bolts with a Dyneema quad anchor using my rope up to a screw gate on the quad anchor and back to my belay device with a clove hitch. But! Later when setting him up to go down first and untying the rope (to go thru cow horns) I untied my figure 8 without adding an extra anchor so I was actually not secured to the stance. Learning point is never untie your rope until you double check you are independently anchored by say an anchor draw.
That's a cute trick, putting the repel device on a short tether to keep it away from the third hand. I've been attaching my third hand to my leg loop to keep it out of the mechanism. I like your method better. Thanks for posting.
Wow.. there are many videos supporting the use of attaching the auto block or equivalent to your leg loop and this video highlights exactly why it shouldn't be done. Thanks.
The better third hand to prevent losing control on a rappel is the use of the VT prusik. It is made of material that is highly resistant to burning, so if you need to stop while going fast of for long distances, you won't melt the system. The most important aspect, is that you don't need to extend your rappel device. The VT goes above your rappel device and once it is tightened, it can be easily released with a simple hand movement. A rappel device that is extended has various problems. The extension places the rappel device closer to our hair or jacket hood. Getting ones hair caught in a rappel device is a dangerous situation. Dirt, mud or ice on our rope has a higher chance of getting into our eyes. Another issue with extending the rappel device is that you weaken the strongest portion of your rappel system. Having your rappel device directly connected to your harness tie in spot is the strongest possible choice. Extending your device adds another link into the system. This link is not as strong as your harness tie in. By using your PAS or sling, you are using equipment that routinely is subjected to abrasion during climbing. Stitching can become weaker with use and this can be hard to detect. Regardless, there is no reason to induce additional equipment and risk because the use of the VT prusik is far better and obviates the risk of extending systems.
Nice one! This is the first video that shows exactly how I've been abseiling for ages. In Italy this is the most common way. Here in UK they use many different ways to it, and sometimes unsafe. Maybe because of the small amount of multipitches.. Thanks a lot, great video!
I definitely had a tether save my ass. I thought my belay device was clipped into the system, and when I leaned back, everything shifted and I realized my mistake. ALWAYS double check before descending.
@@sietschoolforinternational5234 I always prefer direct attach ATC device to belay loop, long prussik to rope above device. If lose control, slip onto prussik, and they move apart, not come together. Rapell with left hand on prussik, right on braking end of rope. Can always stop, use left and right on braking end if you need to, then resume. Why only consider long friction device and prussik / auto bloc below? Guess your objection might be tying up left hand on the prussik to make forward progress, but was never a problem?
Peter Boyle if you slip and engage the prussic above the atc it would put all of your weight on the prussic. If the prussic is below (auto-block style) the prussic only has to handle braking tension.
@@PB-sk9jn Similarly to what Chris said... I had a friend (an experienced abseiler, trained through a rescue group) using this technique accidentally load the prussik while on descent. He was unable to unlock it even with assistance of his mechanical ascenders, and ultimately we had to cut it - not ideal!
As shown, autoblock ALWAYS goes BELOW the belay device. If you put it above, and are in free-hang, the prusik can lock solid and then you're in a bind (pardon the pun). When it's below the device, there's just enough slack on the line to prevent lock-up.
I think one thing that was missed in the video is the importance of a solid plan with your belayer/followers. Everyone should know every step of the plan and what to expect at which stages.
To keep your rope from beening blown away or get entangled in shrubs simply one climber lowers the other one before rapelling himself/herself. People don't like it so much, because rapelling is way cooler then beeing lowered, but it is really faster then all the throwing methods. I do like your saddle bag though. I'll give it a try next time.
That can work great, but in many situations the partner isn't competent enough to figure out what to do at the next rap station. And if you might lower them too far, especially if communication is impaired due to wind/distance. Thanks for the comment!
Great video! One minor comment is the use of the overhand knot in an in-line configuration. An alpine butterfly should be used instead since it can loaded in all three directions.
The butterfly would certainly be easier to untie if it receives a huge load. I generally teach the overhand because it's faster, easier to visually inspect and can also be loaded in all directions. The strength is nearly the same as the butterfly and in practical applications, the strength doesn't much matter since no one is breaking modern ropes in the field in 'regular' climbing applications.
Does anything speak against using a clove hitch to fix the biner for the rappel device? Easy to tie/untie, multidirectional and even if it were to slip it would be stopped at the end of the extension sling.
Great video! I have one observation it shows that you rely to much on your belay loop I think it would be better and safer to have your extended belay (rappel device) hooked up to your belay loop and have the backup (auto-block friction hitch) hooked directly to the main belt and leg loop connection. This protects against possible failure of the belay loop.
Thanks for the thoughts Kevin. This topic is still debated in the recreational community. In the professional community the debate is long over. Here's why- The belay loop is the single strongest part of your harness. if it's in good condition (ie doesn't need to be retired), it won't fail. If it does fail, the forces that created that failure were likely so great that you were killed anyhow (or you wish you were :-/ ). Many people often quote facts from Todd Skinner's accident because his belay loop failed. However, that was an exceptionally old, worn out, retired harness that he never should've been using in the first place, plus he had daisy chains fixed to it in a way that allowed the leg loops to wear most of the way through this belay loop! So, it's like saying that you should always use two ropes because 20 years ago someone incorrectly used their rope and it got cut over an exceptionally sharp edge, or a rope broke because it was exposed to battery acid, etc. In all these cases the problem was user error, not equipment failure of *reliable* equipment. It's also worth noting that Skinner's accident was/is the only report of a belay loop ever failing. In climbing courses we often try to drive home the point of redundancy. However, this is not a 'rule.' There's many components of the system that aren't redundant. Think about what happens when you catch a lead fall- single locking carabiner, single belay device, single belay loop, single rope, often big forces, and those components never fail (unless of course it's user error, ie letting go of the break hand, loading a grigri backwards, etc). So, the take home point...the belay loop is plenty strong and doesn't need to be questioned unless there's reason to believe that it might be time to retire it...in which case you should just retire it. Hope that helps.
Thanks you Josh, I rarely use any of those but I have on occasion, and it's a great vid and worth remembering to keep them in the toolbox. One you missed that is easy and common is to simply tie off the end(s) to your harness. It serves to not hit the party below, keeps the end in reach so you can pull it out of a bush, and if worst comes to worst, you have it clipped off so that it will lock off if you get conked on the noggin.
Hi . A couple of thoughts 1. Manufacturer warning at timecode 5:48 is a bit ambiguous without a pictorial demonstration, also reason why this is the case would help. 2. Tying both ends of the rope together, rather than with individual barrel knots, offers a second chance IF abseiler accidentally clips only one rope into abseil device AND the tied ends of the rope/s don't reach the ground; although it would be hell of a fall before the load came on the system, however there is a slim chance of survival if rope being pulled through the top anchor does not melt. And more positively, only a fall factor one on a double rope.
Great vids. I came within a whisker of being a statistic due to only single strand through belay device. Fading light, tired etc. Noticed it seconds before committing all my weight. Check, check & check again !
That was indeed the original method, however, if you weight the friction hitch when it's above the device it's more likely to fail since it needs to take the ENTIRE LOAD where as the friction hitch below only has to hold a few kilos.
Excellent video! In the case at the end where only one side of the rope has been locked through the biner, do you believe a backup friction hitch would still save you?
That's a really good question. In theory it could, BUT if this were to happen, our first instinct would be to grip the rope harder which would likely keep the friction hitch from grabbing the rope!
@@tonyjewell478 That seems likely! But I'd hope that maybe we'd realize what was happening and let go fairly soon, letting the hitch catch. I'm going to try this scenario out near the ground soon...
Hi. Great tutorial and I've used your method of the extended belay. I've seen similar set ups where the prussic loop is lark's footed to the belay loop (and connected back after wrapping around the rope by a locking carabiner). Supposed to reduce risk of dropping the loop down the cliff. What do you think?
Could you use an Alpine Butterfly Loop in your extension sling instead of an overhand? I don’t know, it might take more time and material but it should be easier to untie after being loaded right?
Seems like it would use up alot of the sling and make it shorter and thereby a bigger PITA as rap stations. Also a trick for getting knots out of dyneema slings, put the knot on a rock and use your open flat hand to roll the knot on the rock. Works like a charm and loosens even some pretty stubbornly tight overhands.
Why do so many people put the prussik below the rappel device? having it above means you dont have to faff with tying knots in a sling and extending the rappel device. The greatest benefit though in my opinion to having the prussik above the belay device, is that you are ready to ascend the rope if necessary and can instantly unweight the rappel device and start ascending with one more prussik. Thoughts?
My thought is that if the prusik locks up it can't be "unlocked" while under tension and if it's above the belay device then you're stuck. However, I think another friction hitch would be appropriate above the belay like an auto block (French prusik).
The Prussik, as well as the Machard, is an autoblocking knot, which means it block when under load. If you put it above the rappel device, all of your weight will be on the knot and you will be stuck on the ropes, rendering the rappel device useless. Putting it below the device basically ensures 2 things: 1. You can control the speed of descent; 2. In case of accident you won't fall to the end of the rope, which would happen if only using the rappel device (sadly, some do). I had a friend putting the Machard above his reverso once, and as soon as he unclipped from the anchor he was stuck there. He somehow managed to lower some more meters, but he took him 30minutes. He eventually had to tie another knot above the Machard, unload the first one, and transfer the rappelling device above the second knot.
There was a trial which tested what happens when someone started to slide uncontrollably down on a rappel with a safety Prusik knot above the belay device. The normal reaction for most people was to grab the Prusik knot in an attempt to slow themselves down. Unfortunately, grabbing the knot does not allow it to cinch down over the rope and the individual continues to accelerate down the rope to a point when the knot won't work anymore due to their velocity. Hence the system has a high potential failure mode. I recall that the participants were blindfolded as a part of the test so they couldn't anticipate when they would start sliding quickly but I don't recall the entire setup. legacy.mazamas.org/tip-of-the-week/belay-and-rappel/avoid-the-prusik-as-a-rappel-backup-knot/183/
@@512dude Exactly. DAV did the test I believe (see Pit Schubert's great book "Safety and Risk in Rock and Ice"). There had been some (even fatal) accidents that way, when the climber got too much speed down and instictively grabbed the rope above the autoblock (it's really an uncontrollable reaction, pure instinct), rendering it useless and decking. Also, you would be putting all your weight on a single 6mm cord in case of rappel fail (potentially breaking the cord through friction melting as when some people rope soloed with prussiks, fatally) - with the autoblock below the device, it essentially works as a braking hand, with the rappel device taking all the friction and weight.
Great Video!!! It´s really a shame how often you read about deadly abseiling accidents. I think still too many climbers are unaware of the danger involved...
I was going to ask this exact same question. Also Dyneema CAN be shock loaded and it'll hold, The problem is when you put a knot in the system. The knot significantly weakens the sling. Nylon slings don't suffer this issue quite as severely as Dyneema. They are thin, and when you shock load a knot, they heat up. The friction at this point generates enough heat to lower the fall rating and the sling will snap. DMM have done extensive tests showing exactly this happening!
I don't understand the dyneemma issue about shock loading. I have seen people use them as sling in trade climbing. They should be able to sustain a fall when connected to the rope and a cam. Can you elaborate?
The point is it doesn't dampen any fall, like dynamic rope does. So climbing above an anchor, secured by a static sling or cord, could result in a fall of 2 metre, with a pretty rough shock-load, on your body, and anchor.
Fyi. That barrel knot is a double overhand, not a fishermans knot. The fishermans is used to tie the ends of two cords together. This os a single cord.
Yeah, it seems that there's many names for some of these knots. I believe the knot that we used is called a fishermans in many books, not a double fishermans, which joins ropes together in a bend. However, I see your point, maybe it's best to just call it the barrel knot so there's no confusion. I usually tell my students the 1-3 most popular names for knots like this and then tell them what I'm going to call it. Anyhow, thanks for the comment!
I highly doubt you use a fishermens knot. I dont know of any books that use a fishermans to join two rope ends. The double fishermans is the standard. I think you have your terminology confused.
Have reduced the problem of a long sling of unknown quality over a waterfall. Winding it twice around its tree or whatever, is good as it self adjusts to equal weighting as a double rope. But one weakness breaks the whole loop. Cutting it in two is good too, but you can never tie them so that your rope puts equal weight on them. BUT if you cut it once, wind around twice, and make each end a barrel tie slip knot to the other rope. It self equalises, but if one part breaks, you still have an intact loop left. (Before it breaks too and you plummet to your death)
I was taught to build the third hand above the belay device. What do you think about that? Is it better to extend the belay device and build the third hand below it, or are the two methods the same?
The third hand holds the brake side of rope so below. Above the device you would be putting all your weight onto the friction hitch. The reason it's called a third hand is because it literally takes the place of your brake hand if you let go.
I think it would be better if we put the klemhitch knot behind the ETC guide cuz if we accidentally take our hands off from the rope klemhitch knot will give us backup from falling..
That applies to both ways. Other considerations. - The knot below is more easily handled and unloaded. - Above is far harder to handle but creates extra safety margin if sliding off rope.
It would be pretty sketchy if you tied it near the end of the tether and there wasn't a locker attached to the end (which there usually is), it could potentially slip off the end when using slippery material like dyneema.
Just curious, if you incorrectly fed one rope through the rappel device and not the other, would the third hand back you up? Or would the one rope slide through?
So your saying just double looping the rope around my shoulders and waist is not good? Thats how grand dad taught me. Saxon sandstone traditional abseiling.
Useful info. Well done and nice tone. Perhaps i would have used more harsh terms like, free fall to your death./deck. I was taught the importance of and made a habit of the double check. And it’s a good term to perpetuate to new and old climbers. Double check before you commit.
A few weeks ago 4 of us attached to an anchor through the night trying to untangle two 70m ropes tied together so we could rappel. That knot was chaos. Nightmares.
Would you put one saddle bag on each hip then for each side of the rope? Also, i've been using a klemheist for all my friction hitches so far. What are the benefits of each type? (e.g. Klemheist, Prusik, Autoblock, i think a fourth one is called garda?) Also, i have some confusion on the dyneema sling as a tether/PAS. You said that they do not absorb any energy if you 'shock-load' them. But i believed that they are still rated for/meant for catching dynamic falls (i.e. as extended/alpine quickdraws). Does this mean that they just don't absorb energy, so are fine when leading to fall on (the rope stretch takes the stretching factor), but not recommended to shock load when hanging at an anchor (maybe not for bomb proof bolts, but for pitons or trad placements as an anchor?)
Hey Graham, good to hear from you! If you stack the rope carefully into the saddlebag you can go with just one. One on each side is more complicated and thus slower, in my experience anyway. Generally speaking the friction hitches have less holding power in the following order: prussik (the most holding power), kleimheist, autoblock. The garda is for hualing or fixed line ascension, it's not a friction hitch. PAS's made of dyneema don't absorb any energy so critical to have a rope in the system if it's going to be dynamically loaded, like with an extended runner. Even if you're clipped to bolts and tethered with a dyneema sling and you shock load the anchor (factor 1-2), this wouldn't be good! You're probably not going to rip the bolts but you might seriously damage some internal organs or jack up your back pretty good. Petzl has a dynamic tether (the Connect Adjust) that would be a good alternative to other PAS rigs that don't have any dynamic capabilities. Thanks for the comments and hope to see you out there sometime soon! -JB
Exactly I asked this question above too. Always preferred this method. Losing control moves them APART, not together. Keeps the ATC, which is your primary protection and means of control, direct on the belay loop in a more simply connected fashion.
at 8:20 you say: "...it keeps you from having to put a knot into your tether which can be really difficult to get out after you rappel..." So, why not use a butterfly knot, which is pretty much easy to tie and no matter how much you load it, it unties in a moment?
That's an unusual use for a quickdraw I know they're multipurpose but I thought their main intended use was for keeping rope close to a rock face as a means of emergency fall break
Because the rope is a giant long stretchy bungee cord that absorbs all of the force. With a sling attached to your body, there is no rope in the system.
this is a great video, and please don't take this the wrong way, but i feel like the title should be changed somewhat..... these should not be considered advanced techniques, this should be basic stuff taught to everyone!
@benjatronic Thanks for your thoughts. We thought about this a good bit before naming it. I fully agree it would be ideal to teach these skills to beginners, especially because the techniques can save lives! And I feel that climbers shouldn't rappel unsupervised until they understand these techniques. With that being said, we felt like it's impossible for a beginner to absorb all the prerequisites to employ these skills in 1-2 days. The other reason we decided to call it 'advanced' was because we use terminology and techniques in the video that wouldn't make sense to a total novice, i.e. shock loading, friction hitches, etc. If I taught a full day rappelling class I probably wouldn't get through all of these techniques if the students had never climbed before. Thanks again!
Josh Beckner thanks for the respectful response! I feel more than a bit pedantic now 😢 and you're totally right, there is a bedrock of knowledge in there that I probably took for granted when watching.
This video just showed an interested party (me) that rappeling can be both dangerous (withoutl) and safer with these techniques. I agree with others this should be titled.......Before you rappel
what do you mean, i always make a knot at the top and jump the full lenghth of the rope down. its good that i saw this video, wont do it ever again.
Yea I am inclined to agree. If you don't know the setup and techniques necessary to prevent 85-90% of the rapping accidents that occur (outlined in this video), you probably should NOT be rapping because you're going to be way, way more likely to kill yourself.
Have been teaching these techniques for quite a while. Have also introduced the concept that one must test before one commits at any transition. Once tested do not change anything otherwise test the system again. I count standing up to reach up to unclip your safety as a change to the system. Look over your system and test again before fully weighting your system and then good to go.
Good to hear, I like it!
I really appreciate you calling out the leg loop third hand. I see so many people use that method and always thought it was a safe mehtod - now i see why it's not.
Kyle H what is a me loop third hand method. When you put a sling though a prussic to climb on?
Its when you tie a prusik or auto-block off of the leg loop. ua-cam.com/video/0qgygg8pzGI/v-deo.htmlm9s
Although it's fine if you have extended the belay device as he did in the first part.
@@davidcross30 If you extended the belay device then there is no reason to have your backup on the leg loop, you can put it on your belay loop. Also, the belay loop is rated, a single leg loop is not.
scuba3steve3 the failure they are talking about is the prusik contacting the belay device.
The prusik is there as a third hand in case you let go of the brake rope (for whatever reason) and the force required to hold the brake rope and stop you using the friction in you belay device is next to nothing. You can hold it in your thumb an fore finger (I don’t advise doing that but it shows how little force you need to operate the device).
Like many things knowledge of different techniques is like tools in the toolbox. Understanding the use and limitations of each tool is more important though. Otherwise it is a case of all the gear; no idea.
Best video I've seen on rappeling. I think it's worth adding that existing rope/sling anchors should not be trusted. Replace them or at least check them thoroughly and back them up. Of course, metal/all anchors should be carefully checked and tested.
Kieron Desmond I fully agree. We could only fit so much into one video though. Thanks for your important comments.
Good info that everyone knows (or should know) but that routinely gets forgotten about. Great vid.
Fantastic video, thank you for the excellent instruction and the life saving knowledge. I've been gym climbing for a year and getting ready to do outside for the spring and summer. I plan to go with a guide my first few times and then with experienced friends. The more you know ...
Thanks for keeping us safe!
Excellent video, I was lucky enough to have been taught most of these techniques during my training, the only part that was new to me is the saddle bag, which looks like and excellent way to control the excess rope
For the fireman belay method it's worth mentioning that: sometimes pulling tension is not enough, because it depends on the length of the rappel ... if it was really long rappel let's say 70m + the belayer at the bottom has to stand away from the crag and in some cases if a fall happen the belayer may need to run (or move) to the back from the crag while applying tension on the rope and in order for the belay system to work ... and of course any method you want to use depends on the nature of the place you are in! Learned that the hard way :)
All in all great video .. thanks for sharing the knowledge
Agreed, definitely a good idea to try out the fireman belay from the bottom while the person rappelling has a 3rd hand backup before using this method as the only backup. You have to pull surprisingly hard if there is a lot of rope stretch, and be well aware that if an accident occurs in which the rappeller is knocked unconscious, the person doing the fireman belay on the ground will need to hold the rope constantly until a rescue plan is decided. If falling rock or ice has hit the rappeller, then it will very likely fall directly onto the person doing the fireman belay, as well, which isn't an ideal backup.
The one benefit that a fireman belay has over a 3rd hand backup is that in the event of an accident, the person below can easily lower the rappeller to the ground and avoid having to ascend the rope.
Great video, I like the way you are teaching the testing the system (first the friction hitch, then the rappel device, then both together).
One mayor plus (on top of the obvious safety benefits) of using a friction hitch as a backup:
If you have 2x 50m ropes dangling from the anchor in which you have to build your rappel-system into, it helps massively if you can first put the frictionhitch onto the rope, then clip that to the harness. With that you can pull yourself out some rope to work with and put that into the rappel device without any weight yanking it down. Also minimizes the chance of you dropping your belaydevice.
Thank you for the video. I took a course for lead climbing in my gym and my instructor showed me the old method of self-rappelling with the third hand round the leg loop. I will need to do some adjustments.
Some gyms teach some funny stuff...I'd recommend checking into your instructors credentials before you put your life in their hands.
Far and away the best youtube instructional video format I've ever seen ❤️
Great video. Please make more of them! Simple, well explained, and will help many people!
Outstanding video. SIET is really putting out some quality work. Your alpine anchor video is also excellent.
Thanks, glad you got something out of them!
I know Im asking the wrong place but does anybody know of a way to get back into an Instagram account??
I was stupid lost the password. I would love any tips you can offer me.
@Chandler Rocco Thanks for your reply. I found the site through google and I'm in the hacking process now.
I see it takes a while so I will get back to you later with my results.
@Chandler Rocco HOLY **** IT ACTUALLY WORKED :O Just got access to my ig password within roughly 45 minutes of using the site.
Just had to pay 15$ but for sure worth the money :O
Thank you so much you saved my ass :D
@Deangelo Kendall glad I could help :D
Really excellent teaching! Articulate, clear, organized. Very useful. Thank you!
If you’re using a dyneema cord for your extension, you can clove hitch your biner rather than an overhand, that way you’re not dealing with the challenge of untying an overhand not in dyneema.
Wow nice video thanks. I expected more advanced techniques but still learned something. The leg-lifting issue with the friction knot is quite important. Thanks again.
Awesome. Excellent video. Clear, concise instruction. Great camera work. Easy to understand.
Another great video Josh! I would like to make a plug for John Long's "BARK" acronym: Buckle/harness, Anchor, Rappel set-up and Knots (this usually refers to the knot connecting two ropes, but it can also refer to the stopper knots). It may sound silly, but I use this almost every time I rappel for myself and for checking my partners; especially if I'm tired or in less than ideal conditions when one might be tempted to rush things. I'm also diligent about squeeze checking my locking 'biners. BTW if you have a pack, you can stack the rope in that instead of making and feeding out butterfly coils. A stopper knot is especially important if you do this!!!
Thanks for the thoughtful contributions, Tony!
One can also use the new petzl dynamic rope device which adjusts. one version comes with 2 tails. I Use the fixed tail for the belay device, the adjusting one for the tether to the next anchor. Then a prussik on the harness as shown here.
having a prussik also allows one to rethrow or untangle ropes as one goes down.
Yes indeed! I also use that PAS as well. Petzl calls it the Connect Adjust Duo.
I LOVE this vid and am now off to watch everything else you made. The factual approach to why something is done the way it is and why some techniques became outmoded is brilliant. Looking for vids to augment hands on learning, you're is head and shoulders over the rest. I think comments about it not being 'advanced' are coming from those who forget anyone can access you tube whether or not they know their bite from their draw. Personally I feel your caution in the title shows real advanced understanding of potential audience.
Nice tutorial, thank you for your tips & tricks. I also sometimes use the saddle bag method for rappelling down, but I find that tightly wrapping the sling around the coil rope as shown in the video makes it difficult to rappel down in a smooth way. Instead, I use a loose sling, which allows to quickly rappel down, and anyway the coil rope remains in place and does not slip out due to weight on both sides.
This is the italian technic since 1990. Very glad to see that in USA the use of a machard back up, now is a must
Great video for everyone, not only those feeling "advanced" :-)
Grzegorz Soczomski That's great to hear, thanks!
Red eternet
@@JoshBeckner plooo po ooooo ol ploooooplbooooolopllpplpllookoopppoppioi wE÷eee÷÷÷e÷e÷÷÷ee÷÷÷÷3is e DeHose you 33
Yeah this is not "advanced", this is "basic" stuff that everyone should be doing before rappelling.
I did one here at Rumney yesterday, I was actually supervising a buddy doing his first rappel, I led the pitch & anchored in to the two belay bolts with a Dyneema quad anchor using my rope up to a screw gate on the quad anchor and back to my belay device with a clove hitch. But! Later when setting him up to go down first and untying the rope (to go thru cow horns) I untied my figure 8 without adding an extra anchor so I was actually not secured to the stance. Learning point is never untie your rope until you double check you are independently anchored by say an anchor draw.
Will be using an extended rappel setup in future, great video thanks.
That's a cute trick, putting the repel device on a short tether to keep it away from the third hand. I've been attaching my third hand to my leg loop to keep it out of the mechanism. I like your method better. Thanks for posting.
Brilliant advice given here. I'm totally new to repelling so I'm binge watching informative videos and yours in deffinetly one of the best.
Glad it was helpful!
Wow.. there are many videos supporting the use of attaching the auto block or equivalent to your leg loop and this video highlights exactly why it shouldn't be done. Thanks.
Glad it was helpful!
The better third hand to prevent losing control on a rappel is the use of the VT prusik. It is made of material that is highly resistant to burning, so if you need to stop while going fast of for long distances, you won't melt the system. The most important aspect, is that you don't need to extend your rappel device. The VT goes above your rappel device and once it is tightened, it can be easily released with a simple hand movement.
A rappel device that is extended has various problems. The extension places the rappel device closer to our hair or jacket hood. Getting ones hair caught in a rappel device is a dangerous situation. Dirt, mud or ice on our rope has a higher chance of getting into our eyes. Another issue with extending the rappel device is that you weaken the strongest portion of your rappel system. Having your rappel device directly connected to your harness tie in spot is the strongest possible choice. Extending your device adds another link into the system. This link is not as strong as your harness tie in. By using your PAS or sling, you are using equipment that routinely is subjected to abrasion during climbing. Stitching can become weaker with use and this can be hard to detect. Regardless, there is no reason to induce additional equipment and risk because the use of the VT prusik is far better and obviates the risk of extending systems.
11:43 "Okay, so, all together..." Proceeds to demonstrate all failure modes happening at the same time xD.
Nice one! This is the first video that shows exactly how I've been abseiling for ages. In Italy this is the most common way.
Here in UK they use many different ways to it, and sometimes unsafe. Maybe because of the small amount of multipitches..
Thanks a lot, great video!
I definitely had a tether save my ass. I thought my belay device was clipped into the system, and when I leaned back, everything shifted and I realized my mistake. ALWAYS double check before descending.
Thanks for the comment, John. It's good to hear that the backup systems are saving lives!
@@sietschoolforinternational5234
I always prefer direct attach ATC device to belay loop, long prussik to rope above device. If lose control, slip onto prussik, and they move apart, not come together. Rapell with left hand on prussik, right on braking end of rope. Can always stop, use left and right on braking end if you need to, then resume.
Why only consider long friction device and prussik / auto bloc below?
Guess your objection might be tying up left hand on the prussik to make forward progress, but was never a problem?
Peter Boyle if you slip and engage the prussic above the atc it would put all of your weight on the prussic. If the prussic is below (auto-block style) the prussic only has to handle braking tension.
@@PB-sk9jn Similarly to what Chris said... I had a friend (an experienced abseiler, trained through a rescue group) using this technique accidentally load the prussik while on descent. He was unable to unlock it even with assistance of his mechanical ascenders, and ultimately we had to cut it - not ideal!
@@angusdalton1 fair enough then, I'll switch.
As shown, autoblock ALWAYS goes BELOW the belay device. If you put it above, and are in free-hang, the prusik can lock solid and then you're in a bind (pardon the pun). When it's below the device, there's just enough slack on the line to prevent lock-up.
Yup, thanks Andre!
I think one thing that was missed in the video is the importance of a solid plan with your belayer/followers. Everyone should know every step of the plan and what to expect at which stages.
To keep your rope from beening blown away or get entangled in shrubs simply one climber lowers the other one before rapelling himself/herself. People don't like it so much, because rapelling is way cooler then beeing lowered, but it is really faster then all the throwing methods.
I do like your saddle bag though. I'll give it a try next time.
That can work great, but in many situations the partner isn't competent enough to figure out what to do at the next rap station. And if you might lower them too far, especially if communication is impaired due to wind/distance. Thanks for the comment!
with the locking draw method you could connect the back up hitch onto your double harness attachment points for more distance from the rappell device
T B For sure! That would be a great method if you had a longer friction hitch than what was demonstrated in the video. Thanks for the tip!
its a great video :D
Realy good video. All puts clear and legible. Usefull tips and solusions. Thanks!
Great video! One minor comment is the use of the overhand knot in an in-line configuration. An alpine butterfly should be used instead since it can loaded in all three directions.
The butterfly would certainly be easier to untie if it receives a huge load. I generally teach the overhand because it's faster, easier to visually inspect and can also be loaded in all directions. The strength is nearly the same as the butterfly and in practical applications, the strength doesn't much matter since no one is breaking modern ropes in the field in 'regular' climbing applications.
Does anything speak against using a clove hitch to fix the biner for the rappel device? Easy to tie/untie, multidirectional and even if it were to slip it would be stopped at the end of the extension sling.
@@robertkrug5865 Clove hitch works fine. Many people prefer the extra security of a real loop knot that's easier to inspect.
Thank you for this helpful video! I’ve watched it multiple times!
Climbing since the `80s and I wish I'd learnt all of these techniques then... just makes me realise how lucky I've been
Fantastic explanation of third hand setup. Thanks!
Excellent speaker, excellent video. Thanks for this.
Great video! I have one observation it shows that you rely to much on your belay loop I think it would be better and safer to have your extended belay (rappel device) hooked up to your belay loop and have the backup (auto-block friction hitch) hooked directly to the main belt and leg loop connection. This protects against possible failure of the belay loop.
Thanks for the thoughts Kevin. This topic is still debated in the recreational community. In the professional community the debate is long over. Here's why-
The belay loop is the single strongest part of your harness. if it's in good condition (ie doesn't need to be retired), it won't fail. If it does fail, the forces that created that failure were likely so great that you were killed anyhow (or you wish you were :-/ ).
Many people often quote facts from Todd Skinner's accident because his belay loop failed. However, that was an exceptionally old, worn out, retired harness that he never should've been using in the first place, plus he had daisy chains fixed to it in a way that allowed the leg loops to wear most of the way through this belay loop! So, it's like saying that you should always use two ropes because 20 years ago someone incorrectly used their rope and it got cut over an exceptionally sharp edge, or a rope broke because it was exposed to battery acid, etc. In all these cases the problem was user error, not equipment failure of *reliable* equipment. It's also worth noting that Skinner's accident was/is the only report of a belay loop ever failing.
In climbing courses we often try to drive home the point of redundancy. However, this is not a 'rule.' There's many components of the system that aren't redundant. Think about what happens when you catch a lead fall- single locking carabiner, single belay device, single belay loop, single rope, often big forces, and those components never fail (unless of course it's user error, ie letting go of the break hand, loading a grigri backwards, etc).
So, the take home point...the belay loop is plenty strong and doesn't need to be questioned unless there's reason to believe that it might be time to retire it...in which case you should just retire it.
Hope that helps.
@@sietschoolforinternational5234 i have heard such a perfect explanation of how to apply redundancy in the climbing world. Wow
Thanks you Josh, I rarely use any of those but I have on occasion, and it's a great vid and worth remembering to keep them in the toolbox. One you missed that is easy and common is to simply tie off the end(s) to your harness. It serves to not hit the party below, keeps the end in reach so you can pull it out of a bush, and if worst comes to worst, you have it clipped off so that it will lock off if you get conked on the noggin.
Great point, just make sure you don't have twists, they can get BAD in the scenario you're describing.
Hi . A couple of thoughts
1. Manufacturer warning at timecode 5:48 is a bit ambiguous without a pictorial demonstration, also reason why this is the case would help.
2. Tying both ends of the rope together, rather than with individual barrel knots, offers a second chance IF abseiler accidentally clips only one rope into abseil device AND the tied ends of the rope/s don't reach the ground; although it would be hell of a fall before the load came on the system, however there is a slim chance of survival if rope being pulled through the top anchor does not melt. And more positively, only a fall factor one on a double rope.
Tying the ends together also ensures you don't forget to untie before pulling the rope.
@@taylor1315never thought of that - great indeed
Great vids. I came within a whisker of being a statistic due to only single strand through belay device. Fading light, tired etc. Noticed it seconds before committing all my weight. Check, check & check again !
Kiwideano, thanks for the anecdote, it's always great to hear first hand stories of things (almost) going wrong. Be safe out there!
If you’re not supposed to shock load dyneema slings, is it safe to use them to extend trad placements?
the rope absorbs the shock
Yup, what weisseseis said!
Awesome video, I changed my rap habits for the better because of it.
Great, glad it helped!
Original method is wraping the prusik loop above the belay device which allows for clear visibility, no jamming or twisting.
That was indeed the original method, however, if you weight the friction hitch when it's above the device it's more likely to fail since it needs to take the ENTIRE LOAD where as the friction hitch below only has to hold a few kilos.
Excellent video! In the case at the end where only one side of the rope has been locked through the biner, do you believe a backup friction hitch would still save you?
That's a really good question. In theory it could, BUT if this were to happen, our first instinct would be to grip the rope harder which would likely keep the friction hitch from grabbing the rope!
@@tonyjewell478 That seems likely! But I'd hope that maybe we'd realize what was happening and let go fairly soon, letting the hitch catch. I'm going to try this scenario out near the ground soon...
Cool explanations. Thanks a lot!
Hi. Great tutorial and I've used your method of the extended belay. I've seen similar set ups where the prussic loop is lark's footed to the belay loop (and connected back after wrapping around the rope by a locking carabiner). Supposed to reduce risk of dropping the loop down the cliff. What do you think?
Yeah, I think that's another totally legit way of creating a reliable third hand. Thanks for the question.
Could you use an Alpine Butterfly Loop in your extension sling instead of an overhand? I don’t know, it might take more time and material but it should be easier to untie after being loaded right?
Seems like it would use up alot of the sling and make it shorter and thereby a bigger PITA as rap stations. Also a trick for getting knots out of dyneema slings, put the knot on a rock and use your open flat hand to roll the knot on the rock. Works like a charm and loosens even some pretty stubbornly tight overhands.
great video! looks like this was filmed in Little Cottonwood?
You guessed it- LCC!
Why do so many people put the prussik below the rappel device? having it above means you dont have to faff with tying knots in a sling and extending the rappel device. The greatest benefit though in my opinion to having the prussik above the belay device, is that you are ready to ascend the rope if necessary and can instantly unweight the rappel device and start ascending with one more prussik. Thoughts?
My thought is that if the prusik locks up it can't be "unlocked" while under tension and if it's above the belay device then you're stuck. However, I think another friction hitch would be appropriate above the belay like an auto block (French prusik).
The Prussik, as well as the Machard, is an autoblocking knot, which means it block when under load. If you put it above the rappel device, all of your weight will be on the knot and you will be stuck on the ropes, rendering the rappel device useless. Putting it below the device basically ensures 2 things: 1. You can control the speed of descent; 2. In case of accident you won't fall to the end of the rope, which would happen if only using the rappel device (sadly, some do).
I had a friend putting the Machard above his reverso once, and as soon as he unclipped from the anchor he was stuck there. He somehow managed to lower some more meters, but he took him 30minutes. He eventually had to tie another knot above the Machard, unload the first one, and transfer the rappelling device above the second knot.
There was a trial which tested what happens when someone started to slide uncontrollably down on a rappel with a safety Prusik knot above the belay device. The normal reaction for most people was to grab the Prusik knot in an attempt to slow themselves down. Unfortunately, grabbing the knot does not allow it to cinch down over the rope and the individual continues to accelerate down the rope to a point when the knot won't work anymore due to their velocity. Hence the system has a high potential failure mode. I recall that the participants were blindfolded as a part of the test so they couldn't anticipate when they would start sliding quickly but I don't recall the entire setup.
legacy.mazamas.org/tip-of-the-week/belay-and-rappel/avoid-the-prusik-as-a-rappel-backup-knot/183/
Totally agree, the old school is to put a prussic above, not below.
@@512dude Exactly. DAV did the test I believe (see Pit Schubert's great book "Safety and Risk in Rock and Ice"). There had been some (even fatal) accidents that way, when the climber got too much speed down and instictively grabbed the rope above the autoblock (it's really an uncontrollable reaction, pure instinct), rendering it useless and decking. Also, you would be putting all your weight on a single 6mm cord in case of rappel fail (potentially breaking the cord through friction melting as when some people rope soloed with prussiks, fatally) - with the autoblock below the device, it essentially works as a braking hand, with the rappel device taking all the friction and weight.
Excellent reminder! Thank you!
was this filmed on a specific route? Looks like somewhere in little cottonwood canyon, Utah
please upload videos more often, the last one was two years ago!
Claudio Yañez Were scheduled to have 6 more published by the fall!
Claudio Yañez Were scheduled to have 6 more published by the fall!
Great Video!!! It´s really a shame how often you read about deadly abseiling accidents. I think still too many climbers are unaware of the danger involved...
Your lessons are sooo cool, thanks man :)
Dyneema slings shouldn't be shock loaded but they're fine for alpine draws because the rope absorbs some of the shock ?
bourquejocelyn exactly, spot on mate!
I was going to ask this exact same question. Also Dyneema CAN be shock loaded and it'll hold, The problem is when you put a knot in the system. The knot significantly weakens the sling. Nylon slings don't suffer this issue quite as severely as Dyneema. They are thin, and when you shock load a knot, they heat up. The friction at this point generates enough heat to lower the fall rating and the sling will snap. DMM have done extensive tests showing exactly this happening!
I Did like the sadle bag, very util in my work and my manuever.
I don't understand the dyneemma issue about shock loading. I have seen people use them as sling in trade climbing. They should be able to sustain a fall when connected to the rope and a cam. Can you elaborate?
The point is it doesn't dampen any fall, like dynamic rope does.
So climbing above an anchor, secured by a static sling or cord, could result in a fall of 2 metre, with a pretty rough shock-load, on your body, and anchor.
Thanks for the video, realls good information! I'm wondering, 85% off ALL alpine climbing accidents or just accidents connected with rappelling?
It's just rappelling.
Fyi. That barrel knot is a double overhand, not a fishermans knot. The fishermans is used to tie the ends of two cords together. This os a single cord.
Yeah, it seems that there's many names for some of these knots. I believe the knot that we used is called a fishermans in many books, not a double fishermans, which joins ropes together in a bend. However, I see your point, maybe it's best to just call it the barrel knot so there's no confusion. I usually tell my students the 1-3 most popular names for knots like this and then tell them what I'm going to call it. Anyhow, thanks for the comment!
I highly doubt you use a fishermens knot. I dont know of any books that use a fishermans to join two rope ends. The double fishermans is the standard. I think you have your terminology confused.
This video is soooo good and useful, thanks so much!
Si añadis subtítulos en español tendréis un montón de visualizaciones,o traducido, sería fenomenal
Muy bueno, enhorabuena y gracias por compartir!!!
Hello can i ask a question. What is the length of express sling in 7:54min-8:17min ?
Have reduced the problem of a long sling of unknown quality over a waterfall. Winding it twice around its tree or whatever, is good as it self adjusts to equal weighting as a double rope. But one weakness breaks the whole loop. Cutting it in two is good too, but you can never tie them so that your rope puts equal weight on them. BUT if you cut it once, wind around twice, and make each end a barrel tie slip knot to the other rope. It self equalises, but if one part breaks, you still have an intact loop left. (Before it breaks too and you plummet to your death)
great video
Thanks for this - nicely made video, clearly explained.
You're welcome! Glad you got something out of it!
I was taught to build the third hand above the belay device. What do you think about that? Is it better to extend the belay device and build the third hand below it, or are the two methods the same?
The third hand holds the brake side of rope so below. Above the device you would be putting all your weight onto the friction hitch. The reason it's called a third hand is because it literally takes the place of your brake hand if you let go.
Yup, what gimme' said.
Do a lot of people carry a locking draw?
Not here.
I don't.
I think it would be better if we put the klemhitch knot behind the ETC guide cuz if we accidentally take our hands off from the rope klemhitch knot will give us backup from falling..
That applies to both ways.
Other considerations.
- The knot below is more easily handled and unloaded.
- Above is far harder to handle but creates extra safety margin if sliding off rope.
Gracias por este fenomenal trabajo.
Por nada!
Liked it. Good and informative vid.
_Excellent instructional video._
Why do you use an overhang on a bight for the sling (rappel device attachment)? Why not just use a clove-hitch? -> would be super easy to undo!
It would be pretty sketchy if you tied it near the end of the tether and there wasn't a locker attached to the end (which there usually is), it could potentially slip off the end when using slippery material like dyneema.
thanks for sharing this
Just curious, if you incorrectly fed one rope through the rappel device and not the other, would the third hand back you up? Or would the one rope slide through?
I'm guessing as long as you are stopped it would lock up both strands but as soon as you tried to progress down it would start slipping through.
Thank you so much for your techniques
Love your all videos thanks a lot ! You guys are awesome.
So your saying just double looping the rope around my shoulders and waist is not good? Thats how grand dad taught me. Saxon sandstone traditional abseiling.
How long should the cord be for the autoblock hitch and what diameter is most ideal on a 9-10mm rope?
4 mm cord.
Determine the length by experiment (something like 70 centimetres, also determined by the way you tie it.)
Thank you for video,subscribed 👍🏻👊🏻
Useful info. Well done and nice tone. Perhaps i would have used more harsh terms like, free fall to your death./deck. I was taught the importance of and made a habit of the double check. And it’s a good term to perpetuate to new and old climbers. Double check before you commit.
Great points, thanks for that!
great videos - thank you
A few weeks ago 4 of us attached to an anchor through the night trying to untangle two 70m ropes tied together so we could rappel. That knot was chaos. Nightmares.
Would you put one saddle bag on each hip then for each side of the rope? Also, i've been using a klemheist for all my friction hitches so far. What are the benefits of each type? (e.g. Klemheist, Prusik, Autoblock, i think a fourth one is called garda?)
Also, i have some confusion on the dyneema sling as a tether/PAS. You said that they do not absorb any energy if you 'shock-load' them. But i believed that they are still rated for/meant for catching dynamic falls (i.e. as extended/alpine quickdraws). Does this mean that they just don't absorb energy, so are fine when leading to fall on (the rope stretch takes the stretching factor), but not recommended to shock load when hanging at an anchor (maybe not for bomb proof bolts, but for pitons or trad placements as an anchor?)
Hey Graham, good to hear from you! If you stack the rope carefully into the saddlebag you can go with just one. One on each side is more complicated and thus slower, in my experience anyway. Generally speaking the friction hitches have less holding power in the following order: prussik (the most holding power), kleimheist, autoblock. The garda is for hualing or fixed line ascension, it's not a friction hitch.
PAS's made of dyneema don't absorb any energy so critical to have a rope in the system if it's going to be dynamically loaded, like with an extended runner. Even if you're clipped to bolts and tethered with a dyneema sling and you shock load the anchor (factor 1-2), this wouldn't be good! You're probably not going to rip the bolts but you might seriously damage some internal organs or jack up your back pretty good. Petzl has a dynamic tether (the Connect Adjust) that would be a good alternative to other PAS rigs that don't have any dynamic capabilities. Thanks for the comments and hope to see you out there sometime soon! -JB
Can you put your third hand above the ATC so that the ATC does not bump release the autoblock?
Exactly I asked this question above too. Always preferred this method. Losing control moves them APART, not together.
Keeps the ATC, which is your primary protection and means of control, direct on the belay loop in a more simply connected fashion.
Please see the answer above in other comments. In short, this is not ideal or recommended.
at 8:20 you say: "...it keeps you from having to put a knot into your tether which can be really difficult to get out after you rappel..."
So, why not use a butterfly knot, which is pretty much easy to tie and no matter how much you load it, it unties in a moment?
I was about to ask the same thing except, what about a figure 8?
That's an unusual use for a quickdraw I know they're multipurpose but I thought their main intended use was for keeping rope close to a rock face as a means of emergency fall break
Note it is not a standard 'quickdraw'.
In fact a bit less quick, because of screw-carabiners, and therefore safer.
Great info!
Great video!! Thank you so much!!
If slings are not meant to be shock loaded why are they used for creating an anchor for belaying a second climber?
Because the rope is a giant long stretchy bungee cord that absorbs all of the force. With a sling attached to your body, there is no rope in the system.
That's the reason. Thanks for that response, johngo. Need a job ;-)
great video. youre a great teacher..very calming
Glad you think so, we try hard!
Can the extended rappell be made using a black diamond daisy chain?
It can be, but it's not recommended. Please use those for aid climbing only, that's their intended purpose.
I fully aggree with johngo on this one- daisy chains are for aid climbing only! A PAS is a better tool for the job.
@@sietschoolforinternational5234 thanks!
Like the content. Good stuff meng.
Great advice - thank you