Occasionally cams will need some maintenance to continue to operate smoothly. If you find the trigger and springs in your cams getting “sticky” use a mild soap like Nikwax Tech Wash followed by a lubricant like Metolius Cam Lube to restore them to like new operation!
Rigging to lower from a sport climb is faster, more efficient, and safer than setting up a rappel. Here’s the why and the how!
Faster and More Efficient
When one rigs to lower one only needs to pull up enough rope to pass a bight through the fixed anchor and tie a bight knot that can be clipped to one’s belay loop. If one chooses to set up a rappel instead one needs to pull up at least half the rope (if the rope has an accurate middle mark) or the entire rope up (if the rope does not have an accurate middle mark). This is not only faster than setting a rappel, but safer!
As mentioned the fact that you do not need to locate the middle of the rope when being lowered leads to a reduction in risk. There are many examples of accidents that resulted from the two ends of a rope not being even during a rappel. When rigging to lower you also have the benefit of still being on belay. If you have led the route prior to rigging the lower the rope will still be traveling through quick draws below offering some protection against an unexpected slip. Finally this method keeps the climber attached to the rope in some form through out the process eliminating the risk of dropping the rope (it happens!).
The process isn’t too complicated but there are a few considerations and options.
The first of which is whether or not to tether into the anchor during the process. The best practice depends on the situation, more specifically, the stance. When you arrive at the anchor if there is a decent stance you can omit tethering into the anchor and doing so reduces clutter and speeds the process. If the unexpected slip occurs at this stage your rope is still through the anchor. If you have passed a bight through the anchor some security can be obtained by keeping tension on the bight as you bring it down to your belay loop and tie the bight knot. However if the stance is small and insecure it would be best to tether into the anchor so you can rig to lower more comfortably. While there are a few appropriate tether systems out there one of the best options is the CAMP USA Swing Dynamic Belay Lanyard.
Pull up some slack and thread a bight through the fixed rings on the anchor. Continue to lengthen this bight until it reaches your belay loop and pull it about 8 inches past (below) your belay loop.
Tie a bight knot here. There are a couple bight knots you could use to attach the rope back to your climbing rope. An overhand on a bight works, but is harder to untie then a figure-eight on a bight. I often tie a figure 8 on a bight with an extra wrap or two around the two strands. This makes a secure bight knot that is very easy to untie after it has been loaded (sometimes called a figure-9).
After the bight knot is tied connect it to your belay loop with a locking carabiner. Some climbers might chose to add a second reversed/opposed carabiner (locking or not). If only using a single locking carabiner make sure it is locked and properly orientated when you call for “take” and weight the new attachment. Best practice here is to get a little closer to the anchor so when your belayer “takes” you can weight the new attachment and verify everything looks correct the next step.
Untie your original tie in knot and pull the long tail through the anchor.
Remove the quick-draws (or whatever your top-rope anchor was), weight the rope, and ask to be lowered. Watch that you don’t get tripped up on the long tail coming from the backside of the bight knot! Once you are on the ground remove the locking carabiner and bight knot and retrieve your rope by pulling from the belayer side (less rope to pull). Move on to the next climb or head to happy hour (depending on time of day).
Close Your System!
One important caveat to this system, and almost all climbing systems, is to be sure to “close your system”. Essentially this means during your partner check (before anyone starts climbing) you ensure that the unused end of the rope either has a stopper knot tied near the end, is secured around a ground anchor, or tied into your partner. In order to explain the avoidable accident we are preventing I’ll share this simple example. You successfully lead a 35 meter tall route without realizing you are climbing on a 60 meter rope. After rigging to lower your belayer lower’s you and when you are about 10 meters from the ground the unsecured end of the climbing rope slips through the belayer’s brake hand and belay device and you fall to the ground. As unavoidable as this sounds it happens every single year! Close your system!
“I heard lowering through anchors is discouraged as it wears out the fixed gear?”
Professional mountain guides and climbing institutions around the country are actively trying to correct this common public misconception. It stems from the very real and modern ethic that active top-roping through fixed gear is discouraged. Over time, depending on the fixed hardware, this can lead to pre-mature wear on the fixed anchor. It’s easy enough if you plan on top-roping for a bit to use your own carabiners to save some wear on the fixed anchor. Only the last climber will lower through the fixed gear, and modern stainless steel rappel rings and “mussey hooks” can handle this type of use for many years to come. The gains in efficiency and reduction in rappelling accidents justify this technique, and the organizations that promote education and conservation are the same organizations promoting this technique, namely groups like the American Mountain Guide Association, The Access Fund, and The American Alpine Club. There may be some areas where locals are still resisting this modern technique. It’s possible their routes have more aluminum fixed anchors or they don’t have an organizing body that works to keep anchors updated like the Rumney Climbers Association. In those areas it’s best to check with local climbers on accepted practices, but hopefully these areas can be updated to better support lowering as an option.
All this said there are times where rappelling will be a better choice. The American Alpine Club created this video which covers the steps to rig a rappel from a sport anchor instead.
Rigging to lower from a sport climb is definitely faster and arguably safer than setting up a rappel. I hope this post has you thinking critically about your process while climbing and that it was clean and concise. At the end of the day double and triple check what ever system you are using especially during transitions and climb on!
See you in the mountains,
Northeast Alpine Start
Disclaimer: Climbing is dangerous. Practice new skills at ground level and under the guidance of a qualified guide, instructor, or mentor. Climb at your own risk. Affiliate links above help support this blog.
I spent the last two days with Katie and Chris, a couple from Mass who are quickly becoming more and more proficient in their climbing. Earlier this summer we spent a day together working on building quality top-rope anchors so that they could hit their local MA crags in style and this weekend they returned to be introduced to some multi-pitch climbing in addition to building upon their self-rescue skills.
The forecast was for some potential early afternoon rain but we got an early start and were first on The Cormier-Magness Route around 9 AM. This relatively new addition to such a historic cliff really is the best 5.6 option on the Whitehorse slabs in my opinion… it really does live up to some of the Mountain Project hype… just be cool with typical Whitehorse run-outs and you will love this climb!
We topped out at about 12:30 PM and relaxed with some lunch before heading down. It was great to see so many families and new hikers out enjoying the foliage… though it would have been nice to see them carrying a few basic essentials! Lots of “no-pack” hikers out there this weekend! Getting off my soap box and on to a different one our second day together was slated for self-rescue practice. This boded well because the weather forecast was pretty dismal with 70% chance of heavy rain by 10 AM.
The thing about practicing self-rescue skills is weather is irrelevant… we can practice rain or shine, often in the comfort of the indoors! While I have taught dozens of these courses I took a few minutes before Katie and Chris arrived to write down a rough outline of the skills I wanted us to cover. They arrived just after 8 AM and started with some discussions on what gear we should be carrying and looking at various examples of when these skills could be needed.
We spent about 2 hours covering various knots, systems, and techniques involved in being able to problem solve your way out of a jam. By 11 AM we saw a break in the weather system and decided to grab a quick bite for lunch and head to the cliff for some more “real life” practice.
After running through this rescue scenario three times we still had some time and when I realized Katie hadn’t yet completed a full rappel I knew that was how we would wrap up our day. We went over to the Barber Wall and conducted a lower/belayed rappel followed by some short roping to cross the soaking wet slabs back to the climber trail but what I want to focus on right now is the fore-sight Katie and Chris have in their climbing career…
They are approaching climbing with the right mindset; enthusiastic, optimistic, and with due caution. Katie is a recently appointed AMC trip leader who has gained the skills needed to lead others on hikes in sometimes perilous places. Chris is confident and openly optimistic but willing to acknowledge quality practice and study is imperative to a solid grasp of mountain climbing skills. The two of them combined make a very powerful pair in my book, and I am really glad I was able to spend a couple more days with them on the journey to safer mountain-craft.
Katie, Chris… keep doing what you are doing. Read, climb, practice, climb, read some more, climb, ask questions, climb, and never stop improving! Thank you for keeping me involved in your climbing education and I look forward to our next day out!
Interested in some private instruction to improve your self-rescue skills? You can book a private course by using “DavidNEM” in the promo field when booking here. Please email me first at my contact link or at email@example.com to make sure I have the date available and discuss personal goals and…
A tragic rock climber fatality this past weekend at a crag in Vermont has motivated this post. The exact events leading up to the accident are still not public but what is clear is the young woman fell 90 feet while trying to descend, presumably while being lowered.
UPDATE 9/22/2017: An official summary of the accident has been posted from the VT Search & Rescue Coordinator, Vermont Dept. of Public Safety. I now include it here before my original post below:
Following is a summary of the incident.
Three climbers (#1, #2, #3) were finishing up their day top roping on Harvest Moon. Climber #1 was making the final ascent of the day. Both #2 and #3 believed that the plan was for #1 to ascend, clean the anchor, and rappel down. The actual wording of this conversation is not entirely clear. #2 remembers #1 saying she would “probably” rappel, but “might” be lowered. #3 only remembers the use of the term “rappel”.
Climber #1 finished the climb, called “off belay” and #2 removed the belay and took their harness off believing that #1 would clean the anchor then rappel down. About 5 minutes later #1 called “are you ready to lower?”. Both #2 and #3 shouted “no” back, and #2 rushed to put their harness back on. Less than a minute later Climber #1 was observed in an uncontrolled fall down the face which she did not survive. She was tied into her harness and the rope was threaded through the bolts at the top anchor, with the free end ending up just a few inches above the ground.
Further investigation discovered that climber #1 did not have a rappel device on her harness. It was later found to have been in a pile of gear at the base of the climb.
The most likely scenario is the climber #1 had intended to rappel after cleaning the anchor, but discovered that she had left her ATC behind. The communication of this change to a different plan was not clear. While it seems most likely that #1 did not clearly hear the “no” and “no- wait” shouts from #2 and #3 and leaned back expecting to be lowered, it cannot be ruled out that she slipped or tripped while waiting for the lower or perhaps tried to move closer to the edge to improve communication. There is simply no way to know for certain whether #1 was expecting to be lowered at the time of the accident, or unintentionally tripped or fell while waiting to be lowered.
It seems lowering/rappelling accidents are on the rise. The 2013 Accidents in NorthAmerican Mountaineering publication looked at lowering accidents from the previous 10 years and determined 34% where due to belayer error and/or miscommunication. During 2016 we had 24 accidents caused by rappelling and lowering errors. Twice this past week I witnessed miscommunication between belayers and climbers at Rumney Rocks, NH that almost resulted in a climber being taken off belay when they were still climbing.
I believe our standard “belay check” that we perform before climbing could be improved in an effort to reduce a large amount of similar accidents.
Let’s start by taking a look at the standard belay check most climbers perform before climbing. The rope is stacked and the climber is ready to leave the ground, whether it be on lead or top-rope. The climber looks at the belayer and asks…
The belayer, before responding, checks to make sure the climber’s harness is on properly, looks closely at the climber’s tie-in knot to make sure it is tied correctly and in the proper place on the harness, then checks that the belay device is installed on the rope correctly, and that the belay system is closed (knot or tied-in to the other end of the rope). At this point the belayer signals with…
From this point on the climber is free to ascend whether leading or top-roping with the belayer providing critical security should the climber fall.
The American Alpine Club has produced a quality video demonstrating these steps as part of the “Universal Belay Standard”. I’ve embedded their video below to start at this belay check.
But every year climbers die or get seriously injured when the belay gets dis-mantled when the climber is at the top of the route.
Let’s look at how this has can occur and how we can might best mitigate the risk.
Likely the most common factor is misinterpretation of what is happening when the climber gets to the top of the climb and needs to break down the team’s personal gear before being lowered or rappelling off of fixed gear. Essentially the climber arrives at the anchor and signals to the belayer. The belayer interprets this signal to mean the climber no longer needs a belay, and dismantles the system. The climber, expecting to be lowered, leans back on the rope and soon finds themselves falling.
When the climber arrives at the anchor they signal with a non-standard signal that could have multiple interpretations. I often teach students that “OK” is a dangerous word in climbing. It can mean so many things and undoubtedly has lead to belayers believing one thing while the climber meant something else. Does OK mean you are in-direct to the anchor? Does it mean you are hiking down? Setting up a rappel?
First we need to add a final step to our belay check when climbing in a single-pitch environment. Essentially our belay check should look like this.
“On Belay?” – climber
“Belay on.” – belayer
“What are you going to do at the top?” – belayer
“I’m planning to have you lower me through the fixed gear”- climber
“I’m planning to go in direct, call off belay, and rig to rappel” – climber
“I’m going to come off belay toss the rope down and hike back down” – climber
This communication, referred to as an “action plan” by the AAC, prior to leaving the ground would certainly help prevent many of the close calls and likely some of the serious accidents that occur. It is much easier to communicate with your partner during the belay check then when you are 90 feet above them at the anchor.
Stick to standard commands. “On belay, take, tension, slack, lower, off belay”. At busy crags use names and space out the sylables to be clearly understood by your belayer.
“John…. Off…… Belay” -climber
As a belayer make sure the command you heard was from your partner.
“Jane… Was… That… You?”- belayer
“John…. Yes…. Off….. Belay” – climber
When the option exists chose to be lowered over rappelling. Lowering is often faster than setting up a rappel and argue-ably safer as the climber never needs to come off belay. The belayer knows the belay must stay intact until the climber is back on the ground. The AAC does a great job of explaining this skill here and in this video:
Climbing IS dangerous. Even with all the high quality safety gear and available training and knowledge we will continue to see tragic loss of life to seemingly easily preventable accidents. But…
We can see a reduction in accidents if we continually challenge ourselves and the climbing community at large to make small improvements in our methodology. Make sharing your “action plan” part of every belay check!
Accidents in North American Mountaineering, 2013, pages 9-12
Accidents in North American Climbing, 2016, page 125
Climb long enough and eventually you will rappel past the next anchor and need to climb back up to it. Or you will rappel past a tangle in your ropes assuming it will untangle itself from those bushes when you are below (it didn’t). You might also end up needing to ascend the belay side of a top-rope to assist a nervous (or stuck) climber or rescue an injured lead climber. For these occasions you’ll be glad you know how to “flip a plaquette” from belay/rappel mode into “guide” mode. In this configuration your belay device functions as a reliable improvised ascender.
The first thing you’ll obviously need is a plaquette style belay device. There are many out there to chose from but these are my current favorites:
These and quite a few other suitable models can be found on Backcountry.com HERE.
The above short demonstration video shows the steps of flipping a plaquette while rappelling on an extension which happens to be the simplest situation. Let’s go over the more complex method first.
Flipping a plaquette when it is directly off your belay loop
There are a few scenarios where this might be a good solution. First, you are rappelling directly off your belay loop and realize you’ve passed your anchor. Second, you are belaying a climber on a top-rope system and they need assistance. Third, you’ve caught a leader fall but the leader is injured and needs assistance. So let’s break down the steps.
While maintaining a brake-hand tie an over-hand bight a couple of feet below the device and clip this to your belay loop. This step is important because step 3 carries with it some risk if one is not careful.
Clip a locking carabiner to the “ear” or “anchor point” of your plaquette and attach that to your belay loop.
Carefully open the belay carabiner in a manner that traps the rope in the narrow side of the belay carabiner while removing the belay carabiner from the belay loop. This is best accomplished by rotating the belay carabiner so the narrower side is pointing away from you.
On moderate low angle terrain you may be able to start walking/climbing back up while pulling the slack through your device which is essentially in “guide” mode now directly off your belay loop. If the terrain is steep you can add a friction hitch above your device and extend it to a foot loop.
Flipping a plaquette when it is extended off your belay loop
Since extending your rappel device away from you has lots of advantages more and more climbers are defaulting to this option. Yet one more advantage to extended rappel systems is the fact there is literally just one step to flipping the plaquette and you do not need to open the rappel carabiner at all!
Clip a locking carabiner to the “ear” or “anchor point” of your plaquette and attach that to your belay loop.
Ascend as in step 3 above.
So that’s it! You now know how to flip a plaquette and get yourself out of quite a few possible situations that undoubtedly will pop up over your long adventurous climbing career! Thanks for reading!