PETZL D02 HUIT Figure 8 Descender

  • Square shape helps reduce rope twist and girth hitch formation
  • Compact and lightweight
  • High strength forged
  • Material: Aluminium

How To Choose The Best Climbing Belay Device

What Is The Purpose Of Belaying Device?

Belaying devices are essential tools for climbers who climb indoors or outdoors. Climbers use these devices to safely lower themselves down a cliff face or other vertical wall. The most common type of belayer uses a rope attached to the climber with carabiners. Other types include pulley systems, which allow the climber to attach his/her self to the rope using a harness. There are many different kinds of belayers available, including those designed specifically for indoor rock climbing.

How Does a Belay Device Help Me Climb Safely?

The main function of a belay device is to provide safety by preventing the climber from falling while lowering him/herself down a cliff face or other vertical wall. If the climber falls, he/she could injure himself/herself or others below. In addition, there are several other reasons why a belay device is important. For example, a belay device makes it easier for the climber to control the speed of descent. Also, a belay device reduces the risk of injury caused by dropping heavy objects. Finally, a belay device prevents the climber from accidentally releasing the rope during ascent.

Why Do I Need To Use A Belay Device?

Climbing involves risks. Even though most outdoor climbs take place near trees or buildings, accidents still happen. Falling rocks, loose soil, and slippery conditions can cause serious injuries. Therefore, it is very important to be prepared before attempting to climb. One way to prepare is to practice safe techniques so that you know exactly what to do in case something goes wrong. Another way to prepare is to use a belay device. Using a belay device ensures that you will always be able to stop yourself from falling. This is especially helpful if you fall because you cannot see where you're going. Also, a belay device gives you more control over the rate of descent. This lets you choose whether you want to go fast or slow. Lastly, a belay device protects the rope from being cut by sharp edges. Sharp edges can sever ropes and lead to dangerous situations.

Types of Belays Available

There are two major types of belay devices: mechanical and electronic. Mechanical belays require manual operation. With a mechanical belay, the user must manually release the brake each time the climber ascends. Electronic belays operate automatically. An automatic belay releases the brakes once the climber reaches the top of the wall. Both types of belays are effective and reliable. However, mechanical belays are generally considered safer because they give the climber more control over the process.

The Importance of Purchasing a Quality Climbing Belay Device

Belaying is essential to safe rock climbing. If you're going to climb with others, you must be able to safely secure ropes around boulders, trees, other climbers, and yourself. In order to properly belay someone else, you must know how to correctly set up a belay anchor point. There are many different types of belay anchors available today; however, there are only two main categories of belays - fixed and dynamic. Fixed belays require no additional hardware beyond the rope itself while dynamic belays require a separate belay plate which attaches to the climber via a carabiner. Both options provide safety for the person being belayed by allowing him/her to fall freely away from the anchor point. However, each type has its advantages and disadvantages. For example, fixed belays allow you to quickly tie into the rope and adjust the length of the rope between you and the climber. Dynamic belays, on the other hand, are more difficult to setup because you must thread the rope through the belay plate before tying into the rope. Additionally, static belays are generally safer since they eliminate the possibility of losing control of the rope during a fall.

There are several factors to take into consideration when choosing whether to purchase a fixed or dynamic belay. First, you must decide whether you prefer using a fixed or dynamic belay based upon personal preference. Some climbers enjoy the convenience of a fixed belay while others prefer the security offered by a dynamic belay. Next, you must determine whether you plan to use the belay device primarily indoors or outdoors. Most indoor climbers choose fixed belays due to the ease of setting them up. Outdoor climbers typically opt for dynamic belays because they are easier to setup and maintain. Finally, you must decide whether you plan to use the belay device for sport climbing or trad climbing. Sport climbers frequently use fixed belays while trad climbers favor dynamic belays.

Types of Belay Devices

Static belay anchors are simply pieces of gear designed to hold a rope. While these devices are easy to set up, they lack versatility. Because they cannot be adjusted, they are best suited for indoor applications where you can always return to the same spot to reset the anchor.

Features To Look For When Buying A Climbing Belay Device

Belaying is a vital part of climbing. If you're going to climb with someone else, you must be able to safely secure them to the anchor point so that they don't fall. The best way to do this is by using a belay device. There are many different types of belay devices available today, each designed to meet specific needs. Some climbers prefer a simple rope-and-carabiner setup while others opt for more sophisticated options. Here we discuss several features to look for when selecting a belay device.

Rope Length

The length of the rope attached to the belayer determines how far away he/she has to stand before being pulled into position. Larger ropes allow the climber to pull harder and faster, which makes the ascent easier. Smaller ropes require the belayer to hold onto the rope longer, making the descent slower. In general, most climbers prefer a shorter rope because it gives them greater control over the speed of the ascent. However, there are times when a long rope is necessary, especially when dealing with large loads.


Climbers commonly attach themselves to fixed anchors via carabiners. Carabiners are small metal rings that open and close around a rope. Each type of belay device uses its own unique set of carabiners. Most common are UIAA rated steel carabiners, which are safe and reliable. Other popular models include aluminum carabiners, which weigh less and last longer. Aluminum carabiners are generally recommended for beginners who plan to carry only light loads. Steel carabiners are ideal for heavier loads and multiple users.

Quick Release System

Some belay systems incorporate quick release mechanisms that allow the user to quickly detach himself/herself from the belay line. Quick releases are useful for situations where the belayer wants to leave the anchor immediately. Although quick releases are convenient, they aren't always practical. Many belays rely on friction alone to maintain tension. If the belayer pulls too hard, the rope could slip out of the carabiners. Also, quick releases are susceptible to snagging on rocks and other objects.

Tension Control

Most belay lines are equipped with a brake mechanism that controls the amount of force applied to the belayer. Brakes provide two benefits. First, they reduce the risk of injury caused by pulling too hard on the belay line. Second, brakes enable the belayer to apply minimal force to the rope, allowing him/her to climb slowly and efficiently.

Adjustable Tension

Many belay devices are adjustable. Adjustments allow the belayer to fine tune his/her grip on the rope. Some belay devices have a built-in locking knob that prevents accidental adjustments.

Different Types of Climbing Belay Devices

Climbing belays are essential tools for climbers who wish to ascend rock faces safely. The belayer holds onto the rope while the climber ascends the wall. If the climber falls, the belayer prevents him/her from falling by holding onto the rope with both hands. There are several different types of belaying devices available today. Here we discuss the most common ones.

Rope Clip

The simplest type of belay device is called a "rope clip". It consists of two metal rings which are attached to each end of the rope. To attach the rope clip to the rope, simply wrap the rope around the two rings so that the hook-shaped ends face outward. Then slide the free end of the rope between the two rings and pull tight. Once the rope is securely fastened, the user attaches his/her harness to the rope using carabiners. The rope clip is easy to use and inexpensive. However, there are drawbacks associated with its design. For example, because the rope must be wrapped twice around the two rings before being secured, the rope clip takes more time to set up than other types of belay devices. Also, the rope clip cannot be used effectively with ropes thicker than 1 inch. Finally, the rope clip is only useful for short climbs where the climber wears a helmet.

Belay Device With Carabiner

This type of belay device uses a carabiner to connect the rope to the belayer. As with the rope clip, the belayer wraps the rope around the carabiner once. Unlike the rope clip, however, the belayer secures the rope directly to the carabiner rather than wrapping it around the carabiner. In addition, the belayer slides the free end of the rope into the carabiner rather than pulling it through the loops of the carabiner. This makes setting up the belay device faster than the rope clip. Because the rope is connected directly to the carabiner, the belay device works well with ropes thicker than 1 inch. Furthermore, the belay device can be used with helmets. Lastly, unlike the rope clip, the belay device can be used with long slings.

Biner Lock

Another popular type of belay device is known as a biner lock. Like the belay device with carabiner, the belayer wraps the rope around the carabiner once. However, the belayer connects the rope to the carabiner via a locking mechanism. The belayer inserts the free end of the rope into the carabiner and pushes down on a lever located inside the carabiner. This causes the carabiner to open and allow the rope to pass through. After passing through the carabiner, the rope is held firmly within the carabiner by friction created by the shape of the carabiner. Thus, the rope is prevented from slipping back out of the carabiner. The belayer locks the carabiner closed again by pushing down on another lever.


Black Diamond Equipment - ATC-XP - Blue

  • High-friction mode offers 3 times greater hold and stopping power than regular friction mode
  • Machined windows through device for weight savings
  • Durable cable holds its shape and resists getting caught up between ropes
  • Versatile design accepts ropes from 7.7 to 11 mm

Black Diamond Equipment - Big Air XP Package

  • ATC-XP belay/rappel device
  • Includes a locking carabiner
  • High friction mode on ATC-XP offers 3 times greater hold and stopping power than regular friction mode

Notch Medium Portawrap

  • Lightweight & compact rope friction device designed for lowering heavy wood in a controlled manner
  • Highly dependable and effective tool
  • Stainless-steel that will stand up to the worst heat, salt and humidity
  • Tree-protection cap prevents gouging & disfiguring the tree
  • For lines up to 9/16in or 14mm, weighs 4.25lbs, 2000lbs WLL.

Petzl Grigri + Grey

  • Activity: Sport Climbing
  • Item Package Length: 4.4 cm
  • Item Package width: 12.8 cm
  • Item Package Height: 21.8 cm

Black Diamond Equipment - ATC-Pilot - Black

  • Accommodates ropes from 8.7-10.5 mm
  • Provides an added level of security to single pitch belays
  • Smooth rope payout
  • Controlled lowering
  • Steel construction

EDELRID Ohm Assisted-Braking Resistor - Oasis

  • Assisted-braking resistor to increase rope friction when there is a large weight difference between belayer and lead climber. In the event of a fall, the OHM increases the amount of rope friction so that a lighter belayer can hold a heavier lead climber without difficulty.
  • Belayer requires significantly less hand braking force to arrest a fall Lowering a heavier climber is much easier to control OHM is attached at the first bolt in the safety chain
  • Should a lead climber fall at the first bolt, the OHM significantly reduces the risk of a possible ground fall Rope handling when belaying a lead climber not affected (no additional friction when paying out rope) Recommended weight difference (lead climber > belayer): 10 - 40 kg
  • Minimum weight belayer: 40 kg For single ropes from 8.9 - 11 mm
  • CE marking: CE 0123, Weight 470 g

Mammut Smart 2.0 Climbing Insurer, Unisex Adult, Black (Phantom), One Size

  • Easy to use and no moving parts or levers
  • Works on the tuber principle, is also suitable for climbing and top rope climbing
  • In the event of a fall, the Smart 2.0 blocks the climbing rope, the developed high-performance brake insert interacts with the safety carabiner
  • Provides optimal support and security for the securing device
  • Mammut recommends the use of the Smart HMS for the Smart 2.0. Suitable rope diameters are 8.7 to 10.5 mm

EDELRID Jul 2 with HMS Bulletproof Triple Lock FG Carabiner - Icemint

  • Body made of high-quality stainless steel
  • Optimized geometry ensures easy operation even for beginners
  • Perfect handling, even for ropes with larger diameter
  • Suitable for 8.9 -11.0 mm single ropes
  • Rope can be paid out faster to a leader by holding device in the open position with the thumb

Black Diamond Equipment - ATC-Alpine Guide - Envy Green

  • Ultralight and compact at 73 grams
  • Multiple friction modes for belay and rappel
  • Auto-block release hole accepts small carabiners
  • Durable cable holds its shape and resists getting caught up between ropes
  • Guide mode works with one or two ropes

PETZL Unisex_Adult D020AA00 I'd S Descender, Solid, Einheitsgre

  • Anti-panic function, clamping cams block the rope if the user pulls too hard on the lever
  • Safety lock reduces the risk of an accident due to incorrect installation of the device on the rope
  • Locked position on the handle for positioning on the rope
  • For 10-11.5mm Rope

PETZL - Maestro S Descender, Yellow

  • Ideal for technical rescue: Locking system with integrated progress-capture pulley allows the same device to be used for descent and hauling. Can be used in both a single or twin primary system and in a back-up belay
  • Easy to use: Easy rope installation, ergonomic handle, shift from lowering position to hauling position without having to transfer the load, AUTO-LOCK system
  • Efficient for handling heavy loads: Integrated progress-capture pulley, faceted sheave for additional friction and additional braking on descents, integrated brake to adjust the friction based on the load and the rope diameter
  • Handles loads up to 250 kg
  • Rope compatibility: 10.5 to 11.5 mm diameter
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