How long is shoulder length sling

These are most commonly slings of 60 cm aka Shoulder length or 4 foot and cm aka double length or 8 foot , but may also include snake slings, cordelettes and daisy chains. The big problem is how best to carry these slings, so as to make them quick to deploy and to reduce tangles. Making the wrong choice can result in a great deal of frustration and can prove dangerous, but get it right and you can fully exploit this crucial bit of gear to its full.

This is the most common technique, with the sling being worn bandolier style. With 60 cm slings, this is an easy technique, but with cm much more care should be taken. If the sling is simply doubled up you will tend to find one loop will grow longer than the other, and it will no doubt get in the way, or slowly strangle you. This technique can also make it very hard to remove if you have multiple slings of the same colour all cm slings should be different colours.

Of all the sling types bar far the most appropriate for this technique is the snake sling aka Rabbit runners , as this is removed by unclipping one eye and pulling the sling from around the body a cm or 4-foot sling works best as once both eyes are clipped it forms a closed 60cm sling. Longer snake slings work in the same way as traditional cm slings. CONS : The sling can easily become tangled and be hard to remove, especially when wearing a rucksack always put the rucksack on, then the slings.

If karabiners are clipped to slings they can hang down and obscure the feet, and again may tangle or clip into other slings. There is also a slight chance of strangulation if the sling gets caught in a fall. That's why we recommend the Mammut Contact Sling as our favorite choice. Read review: Mammut Contact Sling.

In the battle between Nylon and Dyneema for the best material for climbing slings, some may say that Nylon is slowly losing the battle. However, Nylon has a few notable advantages. The most obvious is the fact that it is far more affordable than Dyneema, which is one of many reasons why the Black Diamond Nylon Sewn Runner is an ideal choice for budget conscious climbers.

This sling retails for less than half the price of some of the others in this review, so if you are purchasing a set of slings that will get you to the top of a route in the Red Rocks or Yosemite, the cash saved could be significant or at least enough for pizza and beer after your successful climb.

While the rope usually supplies its own dynamic properties regardless of which type of fibers make up your climbing slings, it never hurts to have extra shock absorption built into your climbing systems. This elasticity also makes Nylon a safer choice for anchor attachment, whether aid climbing or in any situation where there is the potential to fall directly onto a piece without a rope to absorb some of the force. In addition, Nylon runners are a popular choice by climbers to extend their rappel.

Nylon, of course, has its downsides as well, or we would have never seen such a deluge of Dyneema slings flood onto the market. The main negatives are that in order to meet the minimum strength requirements for slings 22kN , a lot more nylon is needed than the much stronger Dyneema. Nylon slings, therefore, are wider, bulkier, and heavier than Dyneema and some other fibers. These attributes compound when it comes to performance because with more material, there is more friction when passing the sling through a carabiner, making Nylon slings slightly harder to triple up into alpine quickdraws or untie once a knot has been weighted.

Keep in mind, you will notice this bulk on your harness if you have them all oriented as alpine draws and especially when using small carabiners. These drawbacks do matter, but only you can decide how much when weighing it against the price savings.

After all, climbers have been climbing awesomely rad objectives for at least the last 50 years using Nylon slings and a lot of other antiquated equipment. For the average climber, a few Nylon slings on the rack to compliment a larger amount of Dyneema ones can only add versatility, while a budget-conscious climber will get by going with only nylon.

Although double-length slings are most commonly used to extend pieces of protection while on lead to reduce rope drag, quadruple or even longer slings are sometimes used to equalize multiple protection pieces into a secure anchor.

On a multi-pitch climb, it's common for each climber to carry extra long slings for this purpose, and from our testing, we think the Metolius 11mm Open Loop Sling offers the best array of attributes to be an ideal anchor sling.

While all Dyneema slings are joined with a small amount of Nylon on the edges to give color and suppleness, the 11mm Open Loop Sling features a more equal balance of the two, which gives it some elastic stretch while still featuring the strength-to-weight ratio of Dyneema. It comes in a wide selection of different widths and lengths, making it easier to choose exactly what size sling you prefer for building your anchors.

We tested the 11mm wide, cm long version, and thought it was one of the very best performers when it comes to tying and untying knots that have been weighted, which is a very critical consideration for an anchor building sling. There are a few downsides to this sling, mainly that tying knots in a sling, which is common when building equalized anchors, reduces the strength of the sling. However, considering that the sling is rated to forces of 22kN roughly equal to 4,lbs it is hard to conceive of a situation where a sling of even slightly reduced strength would be compromised.

Other small downsides are the fact that it is a bit thicker than other slings we tested that are also 11mm wide, making it slightly bulkier, and it also has a slightly rougher edge to it than the tubular design of the BlueWater Titan Sling , another solid choice for anchor building.

In the end, however, these concerns are far outweighed by the ease of untying knots and the myriad of choices, not to mention the very reasonable price, which makes this the ideal choice for your anchor building needs. Read review: Metolius Open Loop Sling. Climbing slings are most commonly used to extend pieces of protection while leading, whether bolts, cams, or nuts.

The best sling that we've tested for this purpose is the Edelrid Aramid Cord Sling. Rather than being made of flat or tubular webbing, this sling is 6mm cord made with Aramid fibers, more commonly known by the brand name Kevlar.

These strong fibers have very high abrasion resistance which make them ideal for a sling to wrap over sharp edges. Their stiff, almost rigid, handling is in stark contrast to the floppy and supple feeling of most slings, so they're easier to thread or place one-handed while keeping a grip on the rock.

Add to that Aramid's high heat resistance, something not found with Dyneema or nylon slings, and these can also serve as a great rappel backup or prussic cord should you need one in an emergency.

The downsides to these slings are that they are a bit bulkier and heavier than normal slings. The rigidity, combined with the rather large thermo-molded covering over the sewn ends, means you can't just crumple them into a ball to toss in the pack.

It also means that they aren't as low profile on the harness when you have them tripled up into an alpine quickdraw. And like Dyneema slings, they have very little dynamic stretch. These are small prices to pay for the enhanced versatility.

Although we were rebuffed in our attempts to fund a "testing" trip to the Italian Dolomites, they have been designed with this style of climbing in mind — traditionally protected limestone where the rock can be very sharp, and pocket or tufa threads are plentiful. For those of us in the States, slinging horns and chicken heads on the granite of the lower Merced in Yosemite or the domes of Cochise Stronghold could be ideal uses.

For those who flock to frozen water in the winter, it should also be mentioned, they would also be a quick solution for v-thread anchors on multi-pitch ice climbs where their rigidity would make threading nice and fast.

It is very common while multi-pitch climbing to clip into the belay using a sling, or to use a sling to clip oneself into a rappel anchor on the way down while you pull the ropes to rig the next rappel.

We have done this literally thousands of times, usually with Dyneema slings, because that's normally what we have on hand. But for anyone who does this, we recommend watching this extremely informative, and sobering, video made by DMM. The takeaway is that with just a little bit of slack in the system, a small fall can generate catastrophic forces that are capable of snapping a sling, especially if there is a knot tied in it.

To reduce this possibility, you can clip into the anchor using the rope or use the Beal Dynamic Sling. This sling is a sewn piece of 8. So, whether you're rappelling, clipping in for just a moment while the belay device is switched so you can lead, or are leading in blocks, tethering in using the Beal Dynamic Sling should be safer than using a dyneema or nylon sling for the same purpose.

The downside to this sling is that it is far bulkier and heavier than a normal sling. We found it to be too bulky to easily triple up into an alpine quickdraw, so we had to carry it over the shoulder or tied in a knot on the harness. The spot where the two ends are sewn together is also quite large and doesn't easily slide through carabiners. Basically, this is not a sling we would buy to use as a normal sling, but we think that it is a versatile choice to go in direct to anchors while on a multi-pitch or to clean a single pitch.

Read Review: Beal Dynamic Sling. The head tester for this review is Andy Wellman, a lifelong climber with 23 years of experience under his belt. During that time, he has climbed all over the world, from the limestone sport venues of Europe to ice covered granite of Peru and Canada, as well as countless classic multi-pitch routes and big walls in North America. He has spent his life living in some of the most famous climbing towns this country has to offer, including Boulder, Chattanooga, Rifle, Ouray, and Terrebonne.

Andy is the former publisher and owner of Greener Grass Publishing, where he created the first guidebooks for many of the Southeast's most famous climbing areas, making significant donations to southeastern climbing advocacy groups from the proceeds. He is now based in the mountains of southern Colorado, where he tests and reviews climbing gear, trail running shoes, and backpacking equipment for OutdoorGearLab.

Adding to his knowledge is Chris McNamara, owner and founder of OutdoorGearLab and SuperTopo Guidebooks, who became famous for climbing countless frightening aid routes on El Cap before he was even old enough for college.

Testing climbing slings involves a whole lot of going climbing. For this review, we tested slings side-by-side on long multi-pitch routes in Red Rocks and Eldorado Canyon, as well as in the alpine rock climbing paradise of the Bugaboos in British Columbia. This testing allows us to get a feel for the strengths and weaknesses of each product and to notice what we like and don't like about them. When using a double boolean as central point, that uses already most of the sling length.

Further, when abseiling, I use cm slings in the following setup: Girth hitched parallel to the belay loop alternatively directly into the belay loop , then a knot eight, butterfly at about a third of its length. Thus the autoblock cant reach the abseiling device. The remaining loop in front of the knot I use as self belay sling.

Thus when I reach the next belay station, I can immediately secure my self. Another small benefit for the forgetful: While abseiling, you can clip the self belay biner into the rope, that you will pull down afterwards. I do not see, what the problem of loading the sling at the knot should be.

Even if you dislike it, you can simply adjust the girth hitch such, that the knot is not at the end. Both eight knots and butterfly knots can handle ring loads. If you are using a dyneema sling, the knot can slip, but very slowly. This means that under constant load the knot may creep upwards, but I never saw this being the case when abseiling.

Burning trough is anyway not a problem in this setup, as a slipping knot will not concentrate the friction heat to one point. Method 1 could be adjusted in the way, that you take your sling in a double loop and girth hitch it to the belay loop. Sign up to join this community. The best answers are voted up and rise to the top. Stack Overflow for Teams — Collaborate and share knowledge with a private group. Create a free Team What is Teams? All of the slings in this review are rated to a minimum of 22kN of force, regardless of the type of fiber they are made from, equivalent to around 4, pounds.

It's safe to say that rarely will the sling be the weak link in your safety chain, although worth noting is that there are many different instances where the strength of the sling can be compromised. Tying a knot in a sling, especially in Dyneema slings, can reduce the strength by up to half, meaning the sling itself may end up being the weakest link if you manage to subject it to a force of more than 11kN. However, it's worth pointing out that forces this high are very rare in a climbing situation, and would indicate that some other poor decisions have likely been made along the way leading up to an event of this nature.

Most leader falls lie between kN of force. Supposedly, you are at risk of injuring internal organs if you are subject to more than 10 kN of force the above information comes from testing done by the climbing company DMM. According to these tests, if you take a two-foot factor-1 fall directly onto a Dyneema sling, you would generate A much more important question than whether the sling is strong enough would be, "Have I designed this anchor such that there is no way I could statically load it?

One of the advertised advantages of Dyneema over Nylon is that it supposedly absorbs little to no water, whereas Nylon is known to be able to absorb water into its fibers.

The story goes, that if you get your slings wet on an alpine or ice climb, they could freeze into solid cords that are virtually useless. This is absolutely true! However, we conducted some water resistance testing, and found that both Dyneema and Nylon slings absorbed roughly the same amount of water as a percentage of weight, and then each froze totally stiff when put out in below freezing temperatures.

Our testing revealed that while the fibers themselves may be capable of absorbing different amounts of liquid, the weave of the sling material traps water in between the fibers in roughly the same proportion regardless of the fiber it is made of.

Without the ability to first dry out, these slings can then freeze into useless loops of material that are not useful at all for climbing. So, while water resistance is touted as an advantage of Dyneema and a disadvantage of Nylon, we found that when it comes to climbing slings in cold weather, this is not a very accurate portrayal. Sewn slings come in all sorts of different lengths, and we have listed what lengths are available for each product in our specs chart.

Preferences vary according to what people intend to use them for, but on our multi-pitch climbing rack we typically carry quadruple length slings, and as many double-length runners as we feel like we will need, anywhere from depending on our strategy for the climb. The three most common lengths of slings, and their most frequent uses, are described below. The single-length sling is a rarely used piece of climbing gear. It is roughly the same length as a long quickdraw, and these seem to have replaced single length slings almost entirely.

Because a quickdraw has each end of the "dogbone" tightly holding the carabiner in place, rather than allowing them to fall around loosely as they would if using a single length open sling, we greatly prefer quickdraws if we need to clip a bolt, stopper, or extend a protection piece a short ways while leading.

Aid climbers often carry a selection of single length slings on big wall climbs to use for tying pitons off short and leaving behind as lower out points while cleaning.

These are usually thin Nylon slings they make themselves to save expense. Since there are so few climbing uses, we don't see any reason to recommend purchasing slings of this length, and didn't test any for this review.

The double-length sling, also known as "shoulder length," is far and away the most common length, and makes up the majority of the slings on pretty much every traditional climber's rack we know. These slings are the perfect length to extend a piece of protection so that the rope runs easier with less rope drag. They are also the perfect length for tripling up as an alpine quickdraw, thereby allowing use at two different lengths depending on the situation.

Double-length slings can be useful for equalizing anchors if the situation warrants, and are the perfect length to use as personal tether to a climbing or rappel anchor if you do not use a personal anchor system instead.

Double-length slings fit perfectly over the shoulder without doubling, and so are suitable to rack gear on as well. For the aspiring traditional or alpine climber, we recommend purchasing at least eight of these, up to as many as 16, each paired with two lightweight wiregate biners, such as the Wild Country Helium Carabiner or Black Diamond Oz Carabiner. The Quadruple-Length sling is probably the second most common length of sling, although most climbers only carry of them on a multi-pitch climb, and many climbers don't carry any at all.

These slings can also be used to extend pieces of protection that are far off to the side of the direction the leader is heading to minimize rope drag, and some climbers bring one or two on a climb for this purpose.

Of course, you can minimize having to bring these if you just link two double-length runners together instead. Runners of this length don't carry well in the same modes as double-length slings and are usually carried on the harness twisted up or in a chain link. While many companies make and sell sewn slings that are much longer than the cm length, we find that they have little use except in anchor building applications, and most people choose to use a custom length cordalette for this purpose because it is more versatile.

Although it shouldn't have any impact on which slings you choose to purchase, we wanted to let new climbers know the most common and convenient ways of carrying slings, which differs depending on length.

This is the preferred "old school" method, where you loop a double-length sling over your head and one shoulder bandolier style. It is especially easy when cleaning a sling while following, as it's easier to throw it over the shoulder than tripling it up while climbing. However, be sure to sling them all over the same shoulder or you are likely to try to grab one that is pinned beneath others when you go to take them off. This is the most common way of carrying double-length slings, and is nice because it allows you to hang the slings off your harness where they can be easily grabbed and deployed, and also allows you to use them at two different lengths.

We even chose to rate slings in our Best Climbing Slings and Runners Review based on how easy they were to triple up in this manner. To make an alpine quickdraw, clip two carabiners onto a double length sling and hold one in each hand.

Take one carabiner and thread the needle through the other carabiner, then clip it into the loop of slack that is created and pull both biners tightly apart. It is now safe to clip either carabiner like you would a quickdraw. To undo and extend the sling, completely unclip one carabiner from the loops, then reclip it to one single loop of sling and pull the carabiners apart.

This is a common way of carrying a quadruple or longer length sling on a harness so it doesn't dangle in the way.