Essential Gear Every Rock Climber Needs

Essential Gear Every Rock Climber Needs

It is a fact that you cannot go rock climbing without equipment. If you are heading out on technical mountaineering routes, you will need even more gear. Alongside your personal fitness and ability, having suitable, high-quality equipment is essential in climbing, so there are various standards that mountaineering equipment must meet. In addition to the European standard (EN), you should also pay attention to the UIAA (International Climbing and Mountaineering Federation) standard, which has become a global benchmark.

From helmets to climbing and mountaineering shoes: the essential equipment for high-altitude climbing is more extensive than what is needed for sport climbing or indoor climbing. Depending on your rock climbing or technical mountaineering plans, the required equipment may differ, but the basic gear is the same for all teams.

Harness

Whether for sport climbing, ice climbing, technical mountaineering or trips that ascend to high altitudes, the harness (a piece of climbing and mountaineering equipment that protects the climber during the ascent) is one of the main items of required gear. There are many types of harnesses on the market, each with different features depending on its use.

Waist belt: Climbing with a waist belt is one of the methods we recommend; however, there are differences between the harnesses used in sport climbing, high-altitude tours and mountaineering. While sport climbing harnesses have fewer gear loops, these loops are very important in mountaineering; for example, there must be enough loops for quickdraws, for carrying various types of protection, for the tools needed to build a belay station, and for other uses. The soft, thick padding of the waist belt is less valuable in mountaineering than in sport climbing, because in mountaineering people usually avoid rappelling.

petzl-adjama-climbing-harness-1024x1024.jpg

That said, a harness must fit the body perfectly, and the straps behind the leg loops and the waist must be wide enough. Otherwise, the harness will be uncomfortable and painful when hanging or on long climbs. Harnesses designed for high-altitude climbs do not have wide straps or stiff padding, because, unlike mountaineering harnesses, they are not designed for long periods of use. Instead, they are smaller and much lighter.

petzl-altitude-climbing-harness-bf-1024x1024.jpg

Chest harness: A chest harness is a complement to the waist belt and in most cases is used only together with it. Although it happens very rarely, this piece should prevent the climber from flipping upside down in a fall.

Full body harness (full body): In the past, full body harnesses were used in mountaineering and high-altitude tours; today, however, this type of harness is used in industrial climbing or for children who do not yet have fully developed muscle mass. Full body harnesses are not used in mountaineering and sport climbing, because their hanging position makes rappelling difficult.

C071CA-AVAO-BOD-inter_HighRes800x800__65425.1554211469-1024x1024.jpg

Helmet

A helmet in mountaineering and rock climbing has two purposes: to protect the climber from falling rocks and from impact. Older climbing helmets had a plastic shell and were strong against impact from above, but they could not protect as well against blows to the side of the helmet. Modern helmets are relatively light because they are made with a polystyrene core and a relatively soft outer shell. These helmets protect you well against impacts but, because of their construction, are more fragile. The hybrid helmet tries to strike a balance between the advantages and disadvantages of plastic and molded helmets: foam covered with a plastic layer. Despite their light weight, hybrid helmets protect the wearer well against impacts.

ferrata33-1024x444.jpeg

Climbing shoes

The soles of all climbing shoes use very little stitching, in order to create friction on the rock and ensure firm footing. Different shoe models vary in the amount of tension, the sole and the shape. Climbing shoes should be chosen according to their intended use. No shoe is so perfect that it can be used for everything, from rough routes to high-altitude tours. For example, on mountaineering routes where people cannot take their shoes off after every pitch, comfort matters far more than in sport climbing. For this reason, the climbing shoes used for these trips are more comfortable than sport climbing shoes and are less stiff and tight. Even so, these shoes must also grip the rock or cliff face well enough for the climber to place their feet more precisely.

Read more about how to choose and buy the right climbing shoes

Theory-W-20X-4-1024x683.jpg

Belay and Descent Equipment

HMS carabiner (pear-shaped): one of the most essential pieces of equipment you will need!

There are basically two types of HMS carabiner: those with a safe locking system (SafeLock) and those with a non-secure locking system (hook-shaped, or snap-gate).

The first type is mainly used for glacier climbing or rope climbing, because it prevents the carabiner from opening accidentally due to rope friction. Non-locking carabiners are also used on mountaineering tours; they have a large opening, which makes them ideal for protection, belaying or descending.

ATC: a device with dynamic braking, used in technical climbs for protection, belaying or descending. These devices generate braking force through the manual force applied to the rope. Semi-automatic belay devices such as the Grigri and Smart work differently. With these devices, if there is a sudden fall, the rope stops moving automatically.

Read more about the Petzl Reverso belay and descent device

Harnois_061516_0508_Main_lg-1024x512.jpg

Chalk and Chalk Bag

Chalk consists mainly of liquid or powdered magnesium, which dries out the hands. It absorbs sweat moisture and helps climbers grip the rock more easily.

MeChalk-e1512938092890-678x1024.jpg

Slings and Quickdraws

In mountaineering, slings are used at the midpoint of the harness or to connect fixed points. Slings, which are usually made of polyamide (nylon), must be tied off separately with a knot or be sewn. Slings are also used in the quickdraws for technical climbs. The advantage of this type of quickdraw is that its length can be changed quickly, and extending it at certain points along the route reduces rope drag and friction.

Quickdraws are also used to attach the rope along a pitch. They are made with two types of webbing, rigid and dynamic (Dyneema). They also come in different lengths, and depending on the type of climb, short and long quickdraws are used along the route.

rappelling-harness.jpg

HMS Carabiners and Screw-gate Carabiners

The HMS carabiner has a large opening, and its name comes from the German word “Halbmastwurfsicherung”. Together with the Munter hitch, it can belay both the lead climber and the second. Combined with a self-belay knot, it can also be used to protect yourself and climb up a rock face. By contrast, screw-gate carabiners have a smaller opening and are less often used for (self-)belaying.

shutterstock_648635314-1-2000x1120-1-1024x573.jpg

Plain Carabiners and Screw-gate Carabiners

Plain carabiners are considered the basic connectors in rock climbing. They attach the rope to a bolt or to old climbing gear on the rock face. Climbing carabiners are made of aluminium alloys and come in two types: straight-gate and bent-gate. Like HMS and screw-gate carabiners, plain carabiners must also meet a specific standard for the minimum force they can hold.

610YJE6pkML._SL1263_-1024x1024.jpg

Kevlar or Dyneema Cord (single cord)

Cords are made either of polyethylene (Dyneema) or of aramid (Kevlar). Although polyamide cord is very resistant to tearing, it is still thinner than Kevlar and Dyneema, so it must be thicker and heavier to meet the standards.

Dyneema cord is very light and highly resistant to tearing. It is also very resistant to cutting, but it is not very elastic. Kevlar cord has properties quite similar to Dyneema, but it is slightly heavier by comparison.

Keep in mind that tying a knot in a rope reduces its strength. Depending on the knot, the rope's strength can drop by 25 to 50 percent. Hanging from a carabiner can also reduce a rope's strength.

Read more about knot-tying techniques and their uses in rock climbing

Mobile phone

A mobile phone is a vital part of your gear, so that you can call for help or make emergency calls.

Note that all equipment made of plastic has a maximum lifespan of 10 years. Harnesses, helmets, ropes and other gear must be replaced after 10 years (even if you have not used them). Also, if your equipment has borne a very heavy load, in severe cases (for example, after a serious fall) you should replace it after a single use.

avatar
امیرمحمد حیدری برنامه نویس

Related blogs

The most visited blogs recently :)
Knot-Tying Techniques and Their Uses in Rock Climbing

Knot-Tying Techniques and Their Uses in Rock Climbing

Climbers use a variety of knots depending on the location, the area they are climbing in and the purpose of the knot. Sport climbers tend to use fewer knots, and a more distinct set of them, than other climbers. In wall climbing, it is essential to be able to tie every knot quickly and safely so that the team can work properly. You should become skilled enough to tie a knot even with your eyes closed, in an emergency, in the dark, or when you are tired or short of time. Uncertainty or carelessness can lead to fatal mistakes. There are three types of knots: rope-climbing knots, connecting knots, and knots that create friction and security. Note: Any knot can create a tear or a weak point in the chain of connection, so you must tie your knots very carefully and neatly! Munter hitch The Munter hitch is a protective knot. Strictly speaking it is not one of the main knots, but a loop used to make a connection. It is used to belay the lead climber and the second, and also to lower a partner on the rope. It works best with a pear-shaped HMS carabiner. Clove hitch The clove hitch is a safe knot, well suited to the anchor. It is attached to the central point of the anchor with a locking carabiner. You can adjust the length of the clove hitch quickly and precisely: hold the middle edge of the knot and push the rope in the direction you want. There is also no need to make an awkward connection to the anchor or to remove it. Figure eight knot The figure eight is a standard knot used for climbing with a rope. It is also used in sport climbing and technical mountaineering. Note: After tying the knot, tighten it well and check all of its strands again before you start. Overhand knot The overhand knot is used as a connecting knot, that is, to join the two ends of a rope. It is also very common where the load is light, such as when rappelling, or for knots that have to be set in the climbing site (a tunnel or a loop knot). Although the overall security of this knot is not high and it leaves two long tails, it is perfectly adequate for withstanding this low level of load. Girth hitch On the one hand, this knot is a quick and easy way to connect carabiners to each other. On the other hand, it can be used to tie a carabiner to a tree or to connect an anchor carabiner to a sling or another carabiner. Warning: Connecting knots such as the girth hitch can be very vulnerable when they are under heavy load and get scraped against the rock wall, for example when you set up a hauling rope over the edge of a rock. In general, chain-like equipment is highly vulnerable and is easily damaged. Prusik knot The Prusik knot is a friction knot that can help you when climbing. It can be moved when it is not under load, but it stays fixed if load is applied to it. The Prusik is most often used to increase safety when rappelling down rock walls. In this knot, a rope is wrapped two or three times, depending on its thickness, around the two strands of another rope. The person rappelling moves the knot along with their hand as they descend, so the Prusik protects them. The rope used for this knot is usually 5-6 mm thick. Klemheist knot This knot can be an alternative to the Prusik, but if it is pulled in different directions, it only works effectively in one direction. The Klemheist is very effective with a sling, because even the thinnest slings work well with this knot. Bowline on a bight A climber needs a central point on the anchor to which they can attach the anchor carabiners and their partner's belay device. This knot acts as that central point and, using two loops, puts little stress on the slings. The bowline is also very strong and does not tighten up when put under heavy load. Climbers usually prepare this knot with a 120 cm sling before setting off. Then, while climbing, they have two screw-gate carabiners ready with them. Rock climbing requires learning a variety of knots. A climber must know exactly when and where to use each knot in order to enjoy a safe climb and a safe overall outing.

How Can We Control the Fear of Falling?

How Can We Control the Fear of Falling?

Have you ever felt unprotected, caught between doubt and the fear of falling? Your friends encourage you by saying, "Just get it over with!" or "You can do it!" But part of you knows better: it knows that fear is meaningful and wants to protect you from danger. So do you listen to your friends and go for it, or do you pay attention to your fear and back off? Motivation tells you how to climb (a mountain). It reveals what you value, influences the decisions you make at height (high on the mountain), and also makes you aware of the consequences of those decisions. For example, if you are motivated to push fear aside and stop yourself from falling at all costs, you are likely to end up hurt or injured. Everyone falls, and if you have not yet learned how to fall skillfully, one bad outcome can reinforce your fear of falling. This approach reflects the "Get it over with!" motivation, or, in more specific terms in our sport, the old misleading phrase: "Hey man, get up there and do it!" You try to push through your fear so that you no longer have to wrestle with it. But this "all or nothing" way of thinking (all = I do it, I send it; nothing = I do something half-hearted, or I don't try it at all because I'm afraid of falling) pulls your attention away from the present moment and toward an imaginary future in which you never have to face your fear. In climbing, since we almost always try to pick routes that are new to us, routes on which we might fall, this issue shows up again every time. With this mindset, you will soon begin to see falling as something full of fear and anxiety. Fear and stress are unpleasant states, so we avoid them. Yet in this approach, something seems wrong about looking for motivation by running away from something that is fundamental to the sport. Instead, we should approach fear as a teacher that actually helps us understand risk and manage stress. What is needed is a shift in motivation, which we can achieve with the help of the following six questions (in order): 1. Define your goal: Are you getting rid of fear, or accepting falling as a skill? 2. Decide when you are comfortable: in the future or in the present? 3. Clarify your relationship with stress and fear: Do you get rid of them, or honor them as teachers? 4. Choose how you start: with all-or-nothing thinking, or with small steps? 5. Decide for yourself: Do you tie your identity to the outcome, or do you separate the two? 6. Decide who makes the decision: you or your friends? As you look over the list, answer the questions. Every time you choose the first option, you are taking the "Get it over with!" approach. In this situation, you react as you shift into the all-or-nothing, fight-or-flight survival mode. Either you fight with everything you have and get past the difficulties without falling, or you flee and do nothing in particular. Your ego drives this whole process: it hopes you will succeed, proving how tough you are, or it makes excuses to talk you out of climbing. All it takes to control fear and stress is to answer the six questions above skillfully. Choosing the second option in all six gives you a focused mindset. This is how we move from faulty, mistaken thinking toward healthier, more purposeful thinking. The aim of "focused" motivation is to learn falling as a skill, so that you can manage your fear and stress intelligently. In turn, this allows you to take small, achievable steps and to rely on how much fear and resistance you actually feel, rather than on the opinions of your friends or your ego. A small step toward stress, like taking progressively bigger steps each time, frees you from this frightening problem, and besides creating less stress, it builds a sense of resilience, which is good. This resistance shows that you are no longer in your comfort zone; in fact, you are entering the stress zone, where learning happens. But you have not yet reached the panic zone, where emotions take over and you can no longer learn anything. Instead, you are the driving force behind these processes, integrating falling as a skill by identifying and taking small steps toward managing the situation. So when you are exposed, do not use the phrase "get it over with" while you are stuck and hesitating; focus instead. It will help you understand the value of your fear and make choices with more manageable consequences. By focusing, you will be able to act skillfully at critical moments such as a fall. This way you will also enjoy the whole climbing process more, which is what you came to the mountain for. Focus Following the six steps below, let go of the thrill-seeking, overambitious mindset and think more openly and with greater focus: 1. Define your goal: learning to fall as a skill 2. When are you comfortable: right now 3. The relationship between fear and stress: honor them as your teachers 4. How to start: with small, manageable steps 5. Ego: separate your identity from the consequences of your actions 6. Who chooses: you!

User Comments

Comments of our users and fellow travelers :)

Share your experience with others

avatar

Unfortunately, no comments have been registered.

Share this page with your friends!