Roco Rescue



NOTICE: Statement on special use of the Petzl Shunt

Friday, January 20, 2012

Petzl has published a statement addressing special use of the Petzl Shunt as a back-up device for industrial rope access.  For any users of the Petzl Shunt as a self-belay device such as tower rescuers, the same information applies.

For Roco Tower Work and Rescue students who were taught the use of the Shunt as a self-belay device and have not attended Roco’s Tower Work and Rescue refresher training in the past two years, please read this information.  For recent initial and refresher students of Roco’s Tower Work and Rescue class, students were taught to use the Petzl ASAP as their self-belay device.  Roco still encourages all prior Roco Tower students to review the Petzl statement to become familiar with their concerns regarding the use of the Shunt as a back-up device.

To request a NEW Roco Training & Equipment Catalog or our 2012 Course Schedule, call us at 800.647.7626.
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The Petzl story – It’s in the DNA

Thursday, December 15, 2011

This is how Petzl began, in my father’s 75 square meter workshop. My family – my father, mother, brother, wife, and I – designed the first tools for verticality and the first underground lamps, which lead, in 1972, to the Petzl headlamp.

Roco recently had the opportunity to interview Paul Petzl, President of Petzl. He shared with us some insight on the history and success of his company, which is headquartered in Crolles, France. We know your father Fernand, a cave explorer, started the company in the mid 1970’s. But isn’t it true that the beginnings of Petzl go back farther than that?

Fernand Petzl was born in 1913. He was a passionate caver all his life. In the 1930s, he and his brothers explored the caves of the Dent de Crolles, near Grenoble. Then, in 1936, he met Pierre Chevalier; together, they explored and charted the first 17 km of galleries there and obtained the first depth record in the world of caving. It was Chevalier who had the idea to make the first nylon rope, for use in caving, which he tested with my father in the Dent de Crolles.

The early 1950s was a very active time in caving. Fernand was appointed leader of the Gouffre Berger international expedition, which reached a depth of 1,122 meters, a new world record. From 1960 to 1970, Fernand put a lot into cave rescue, developing in his small workshop some unique but very handy objects, such as a litter, a pulley, and other systems to facilitate underground rescue.

In 1969, Fernand, with my brother Peter, started manufacturing a descender and a belay device designed by a caver named Bruno Dressler. This time was also a turning point in caving, as ropes replaced ladders as the sole means of vertical movement. This technique had already been developed by Jumar, for mountaineering, but cavers took the technique and adapted it for underground use. And this is how Petzl began…in my father’s 75 square meter workshop. My family – my father, mother, brother, wife, and I – designed the first tools for verticality and the first underground lamps, which lead, in 1972, to the Petzl headlamp.

What is the most innovative device Petzl has ever created?

Simplicity and efficiency for the user have always been primary goals in Petzl innovations. For example, on the first headlamp we designed, we put the battery on the elastic headband. This might seem obvious to experienced users, but we were the first to do it. When Fernand invented the SHUNT, a mechanical prussic, he created a device that could ascend or descend on one or two ropes, even if those ropes were muddy or frozen. We also created the TIBLOC, the lightest ascender in the world, with no moving parts.

But the GRIGRI is without a doubt the most iconic Petzl tool, which was first designed for climbing and later adapted for professional use. The EXO and the GRILLION are both based on the GRIGRI’s design. The EXO is currently being used by fire departments around the United States as a solution for emergency escape and descent, while the GRILLON is a positioning lanyard for professionals. I would never have imagined that the GRIGRI would be so useful for so many different types of customers. It’s because of our customers, who have used this tool in various capacities, that we’ve been able to adapt it so well. In fact, Petzl does not seek primarily to meet the market, but to solve a problem. It is an approach guided more by the solution than by business. This is probably why we have been such an innovative company – and our innovations have helped progression across many disciplines.

Here at Roco, we are big fans of the Petzl ID, and so are our students. We know that one of your focal points is innovation. Are you working on other decent control devices?

I think it’s important to understand why we designed the ID in the first place: Petzl began working with rope-access workers in the 1990s, when this professional activity was just getting started. At this time, most rope-access companies were run by cavers, a group we knew well. It was easy with them; we spoke the same language. But things changed when we encountered more traditional professionals. We were not recognized – indeed, we were rejected as acrobats, people interested only in fun, not professionals. And, at first, most of these professionals rejected the rope as a means of vertical movement. So, we imagined a solution to convert them – a descender that was both reliable and that would reduce the possibility of user error as much as possible.

Today, the ID is used by professionals worldwide and has become a key component in technical rescue applications. Since its launch in 2000, we have made several modifications to the product based on user feedback. One modification involved adding a button on the descent handle, offering increased control when operating on inclines. And, in response to a specific request coming from the North American fire/rescue market, we removed the safety catch from the ID-L side plate, allowing the device to meet the general-use requirements of NFPA 1983. In early 2010, we launched a new descent-control device called the RIG. The design and functionality of this device is geared towards experienced rope-access technicians, who require a simple descender for day-to-day use in many different types of environment. Put simply, we’re always innovating. Developing solutions to help people access the vertical world is at the core of our mission, and we’re just getting started. In fact, we’re currently building a new facility for our R&D division.

In your corporate video, you say how important it is to work with end-users in the development of products. How do climbers, mountaineers, cavers and working at height professionals get ideas to you?

When Petzl is considering new products, prototype samples are sent to Petzl prescriptors – experts in their fields who can provide very specific feedback on product design and functionality. This occurs years before we finalize the product. We also appreciate and consider the constant feedback we receive from end-users via the contact form on our website or other channels.

Because we offer solutions for professionals and those in the sport world, we’re able to cross-pollinate, taking the best ideas from all across the vertical world. I think that the best example of this is the GRIGRI, which was designed first for the caver, then adapted for the climber, then for the arborist, and finally for fire departments around the United States. It is often the user who sees the possible uses of the product. It is the excellent relationship we’ve had with our end-users that has inspired our curiosity and driven our desire to please. It is a field-based approach used by our R&D engineers, who are passionate about verticality in the sport and professional realms.

Several products relative to rescue are now tested to the NFPA 1983 standard here in the United States. Do you see more Petzl products having US certifications in the future?

Many of our key rescue products, including harnesses, ropes, pulleys, connectors, descenders and ascenders, are certified to meet NFPA 1983 standards. Because Petzl is a global company, it is challenging to meet the domestic certification requirements of the more than 50 countries in which we distribute our products. Our hope is that international standards, such as ISO will become more universally adopted in the countries in which we distribute. For example, our NAVAHO BOD harness currently carries four different certifications from four different bodies: EN, CSA, ANSI, and NFPA. This creates a lengthy list of equipment performance and labeling requirements on such products.

Tell us about the Petzl Foundation and the Petzl Institute.

The three founding pillars of Petzl are to create innovative tools, to share expertise as widely as possible, and to share the success of the company with our employees and communities. The Petzl Foundation springs from the third pillar, as it seeks to share our business success with our communities. After all, it is our communities that enable us to exist.

I decided to create the Foundation after hearing of a wonderful initiative led by Petzl America. Thanks to a larger national effort, they were able to help preserve access for climbers to Utah’s Castleton Tower. I realized then that the Foundation could be a powerful tool for good, operating outside of the business framework and competitive constraints of our company. The Foundation has already invested 1.3 million Euro in 40 projects.

After two years, I decided to invest 10% of our profits in the Foundation, to support projects that serve our communities in three core areas: safety awareness, environmental protection and preservation, and fundamental research. The Foundation’s Board of Directors is comprised of members with varied background but who share the same goal, which is to contribute to the common good.

Among the Foundation’s most iconic projects is a guide training we developed for Nepali people in Nepal. We’ve also developed training documentation for firefighters and mountaineers. We developed crevasse safety training, helped protect birds of prey living in cliff-side environments, and funded studies to better understand ice flow and formation. We contributed to save the oldest hut in the Alps, the Refuge of the Eagle, from destruction. We proposed a solution that would improve safety in the Goûter corridor, the main access to Mont Blanc. (To date, more than 200 deaths have been recorded in the corridor.)

Since Petzl’s creation 40 years ago, we have always wanted to share with our customers what we learned and what we received from them. With the construction of our V.axess center, we have moved in the direction of our second pillar, which is the sharing of knowledge and expertise. V.axess, The Petzl Institute, will help bring more expertise to the Petzl distribution network and to their customers. The idea is to always move toward a better understanding of the risks that exist in the vertical world.

I wouldn’t want to conclude the interview without asking about your wife, Catherine. Does she still play a part in managing the business?

Without Catherine, I would not have become Paul PETZL, and PETZL would not have achieved financial security. She was in charge of the business administration, home life, raising the children, and, especially, she has supported all my dreams. She is still a part of the business on a daily basis. As she says, it’s her pleasure to satisfy her customers, so they receive their orders on time and in the right quantities. And, this is no easy job…because of the success of our products, they are not always available!
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Can I use my training rope for rescue?

Tuesday, October 18, 2011

We're often asked about using training rope for rescue purposes, so here's what we discovered...

The short answer is yes. However, NFPA 1500 provides some additional guidelines.

NFPA 1500 Standard on Fire Department Occupational Safety and Health Program (2007 Edition)
7.16.3* Life safety rope used for rescue at fires or other emergency incidents or for training shall be permitted to be reused if inspected before and after each such use in accordance with the manufacturers’ instructions and provided that the following criteria are met:

(1) The rope has not been visually damaged by exposure to heat, direct flame impingement, chemical exposure or abrasion.

(2) The rope has not been subjected to any impact load.

(3) The rope has not been exposed to chemical liquids, solids, gases, mists or vapors of any material known to deteriorate rope. If the rope used for rescue at fires or other emergency incidents or for training does not meet the criteria set forth in 7.16.3(1), 7.16.3(2), or 7.16.3(3) or fails the visual inspection, it shall be destroyed. If there is any question regarding the serviceability of the rope after consideration of the criteria listed in 7.16.3, the rope shall be taken out of service.

(*) Asterisk indicates that explanatory material is included in Annex A. While Annex A is not a part of the requirements of the NFPA document, it is included for informational purposes only.
Annex A (NFPA 1500)

A.7.16.3 Life safety rope can be significantly weakened by abrasion, misuse, contamination, wear, and stresses approaching its breaking strength, particularly impact loading. Because there is no approved method to service test a rope without compromising
its strength, rope rescue and training operations should be carefully observed and monitored for conditions that could cause immediate failure or result in undetectable damage to the rope. If a rope has been used in a situation that could not be supervised or where potential damage could have occurred, it should be removed from service and destroyed.

It is important that ropes be inspected for signs of wear by qualified individuals after each use. If indications of wear or damage are noted, or if the rope has been stressed in
excess of the manufacturers’ recommendations or has been impact loaded, it should be destroyed. The destruction of the rope means that it should be removed from service and altered in such a manner that it could not be mistakenly used as a life safety rope. This alteration could include disposal or removal of identifying labels and attachments and cutting the rope into short lengths that could be used for utility purposes.

The assignment of disposable life safety ropes to members or to vehicles has proven to be an effective system to manage ropes that are provided for emergency use and are used

Special rescue teams, which train frequently and use large quantities of rope, should include members who are qualified to manage and evaluate the condition of their ropes and determine the limitations upon their reuse.

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Roco Techniques Right at your Fingertips!

Wednesday, October 05, 2011

The newly revised Roco Pocket Guide features fifty-eight pages of color illustrations of the actual techniques and systems taught in our classes.

Made from a synthetic paper impervious to moisture, this pocket-sized field guide will hold up in the most unfavorable environments.The newly revised Roco Pocket Guide features fifty-eight pages of color illustrations of the actual techniques and systems taught in our classes. Made from a synthetic paper impervious to moisture, this pocket-sized field guide will hold up in the most unfavorable environments.
Tabbed sections offer a quick reference in the following topics: knot tying techniques, rope care tips, anchoring, belaying, patient packaging, litter rigging, lowering systems and a confined space types chart.

Roco's New Pocket Guide is the perfect reference when working in the field. Retail price: $ 35.00

You can purchase a copy of Roco’s NEW Pocket Guide (Model # R910C) for $35.00 by visiting our online shop, or order by phone at 800-647-7626.

Register to WIN a Roco Pocket Guide.
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Proper Training Required: Why it’s so important!

Monday, August 08, 2011

In this article, we want to provide some background on our experiences with users of rescue equipment, and why we feel proper training is so important.  In the past 30 years, we’ve had the honor of having thousands of students attend our rescue training classes.  Attitudes toward the statement “Do not use this equipment without proper training!” runs the gamut. It goes from “I never read the instructions,” to “I read, understand, and follow them to the T.” As our students come in all shapes, sizes, experience levels, attitudes, and needs, this is understandable.  However, there’s one common denominator, they have come to us for training – and that’s our critical role.

In many cases, an entire rescue team will show up for training with all their rescue gear in tow. They will then tell us that they have never received training on, nor really understand the proper use of their equipment.

So, it really boils down to this – what are the advantages of receiving training on the proper use of the equipment?

Obviously, the primary concern is safety – safety of the users and the rescue subjects. Another critical point includes using the equipment contrary to the manufacturer’s instructions, which can lead to questions of liability. While some manufacturers provide complete and “easy to understand” instructions for use of their equipment, others provide just enough to get the box open.

Note:  While it’s not an NFPA 1983 requirement, most manufacturers do include a statement concerning proper training prior to use.  In fact, there is no NFPA requirement that instructions for use be provided by the manufacturer.

Here are some important questions to consider

What are the working load limitations of the item?  If the gear is used for both planned work activities and for rescue activities, the maximum working loads may be different depending on the application.  In some cases, additional rigging configurations are required for exceptional uses and heavy loads.
What are the effects of using the equipment in a variety of configurations? Are there load multipliers involved in certain configurations that need to be addressed? What are the effects of eccentric loads on the equipment?  Many equipment items are to be used in static load applications only, and can be damaged or catastrophically fail if subjected to dynamic loads.  Oftentimes these issues are not addressed in the user manual, but may be a need to know and understand consideration.

Also, using the item as part of a system may not be covered in the user manual.  It’s important to understand this so that the equipment can be used to its full advantage – and to make sure it’s not subjected to unacceptable loads when used in a system.  Many times the user manual provides bare bones instructions for use and doesn’t cover any instruction for use as part of a system. Nor does it cover the precautions for use as part of a system.

While it seems that more and more manufacturers are moving towards pre-built, engineered systems, it’s not always feasible (or advantageous) to use a pre-built system. However, it is very common to use multiple bits of hardware, software, and rope to create a “build-as-you-go” system that’s appropriate for the job.  Without receiving the proper training on the compatibility of components used in a system, the user may be creating an unsafe condition or missing out on an opportunity for a more efficient solution. Or, miss out on the expanded use of equipment they already have in their cache.

In addition, more rescue gear is being designed to perform multiple functions.  It’s not uncommon for us to hear students say something like, “Wow, I didn’t know it could do that, too!”  Items that are put into the rescue equipment cache with the belief that it is designed to perform one function only, may be another opportunity lost.

Needless to say, we are big advocates of multifunction equipment.  This provides for a smaller, lighter, and quite possibly less expensive rescue equipment cache. It also provides the ability to adapt a given rescue plan and shift the role of the equipment from one function to another.  Typically, there are opportunities to use equipment in a manner that it can be quickly converted from one function to another as part of the plan.  Without the proper training, this may not be obvious by simply reading the user manual.

Finally, how clear is the user manual in explaining criteria for inspection and removal from service?  Depending on what’s provided by the manufacturer (i.e., text and graphics), a piece of equipment may require additional training for the proper inspection points and reasons for taking it out of service.

With that said, we hope it’s perfectly clear that the statement, “proper training is required prior to use” should be taken to heart. It always saddens us to hear of incidents where rescuers are hurt or injured while training for, or in the performance of their duties…especially when the root cause is listed as inadequate training.  Hopefully, you are seeking quality training from a reputable training institution on the proper use of your equipment.  Not just to satisfy a liability issue, but to keep your rescuers safe.  It also allows them to understand and take full advantage of the equipment in their rescue cache – keeping it safe, simple, and effective!
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Cleaning Your Rope…Here’s What the Experts Have to Say

Wednesday, July 27, 2011

We are often asked, “How should I maintain my rescue equipment – especially rope?”

So, we went to our friends at CMC and PMI for the answers.  Keep in mind, however, you should always follow your rope manufacturer’s care and cleaning instructions.

CMC offers their rope cleaning suggestions: Rinse off muddy or especially dirty rope or web with water. Scrub any tough spots with a nylon bristle brush. Soak the rope in a tub of water with a mild detergent.

Woolite or other mild detergents that are safe for nylon may also be used. The rope can be rinsed using a rope washer or placed directly into the washing machine. Washing rope and webbing in a top-loading washing machine is the easiest method. Run the empty machine through a cycle with plain water to rinse any harsh detergents from the machine before starting. Use cold water and the appropriate amount of detergent.

Double the rope (or web) and “daisy-chain” it. This keeps single lines from tangling or getting caught in the agitator. Put the rope in the machine and wash on the gentle cycle. If the rope bag needs washing, put it in with the rope. During the rinse cycle, add a small amount of Downy fabric softener. (No more than one ounce of Downy to 3 gallons of water.) The fabric softener replaces the lubricant the rope loses during use and washing.  Air dry the rope and webbing in a cool, shaded place. Do NOT dry nylon products in the sun because of the damaging effects on nylon from prolonged exposure to ultraviolet rays. If necessary, ropes can be stuffed into the bags wet. The ropes may mildew but this does not adversely affect the rope. Rope that has come into contact with blood or other body fluids can be cleaned using a chlorine bleach per your department’s protocols for contaminating equipment.

PMI offers special precautions about cleaning exposed rope:

In cases where equipment may be exposed to blood‐borne pathogens or other infectious substances, we’re often asked about appropriate methods for cleaning ropes. Certain authorities recommend specific concentrations of household bleach for disinfecting gear that has been exposed to certain contaminants, so naturally customers often wonder at what concentration their PMI rope will experience deterioration. While PMI cannot speak to the subject of infectious diseases, or what solution might neutralize a given hazardous substance, we are happy to provide at least some guidance regarding the effect of bleach on rope fibers.

Specifically, PMI has found that a mixture of 1 part household bleach (with active ingredient of Sodium hypochlorite at 5.25% concentration) with 9 parts room temperature tap water and a 10 minute or less exposure time, immediately followed by a thorough rinse of room temperature water appears not to cause any appreciable harm to nylon or polyester ropes. PMI cannot, however, speak to whether or not such a mixture will truly disinfect your rope from contaminants.

Precautionary Note:  PMI’s testing suggests that a “single disinfection” of ropes using the above recommended method will not cause appreciable harm to nylon or polyester ropes. However, if this process is repeated multiple times, the damage will inevitably become appreciable, and this damage is not necessarily detectable through visual inspection.

Remember, ropes are a critical element of the life safety system, and it can be difficult to make subjective decisions about the strength of rope without actually testing it to failure. The prudent course of action is to discard any rope about which there is any doubt.
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Monday, July 18, 2011

We have learned that Petzl America is recalling about 375,000 shock-absorbing lanyards that were sold worldwide beginning in 2002, according to an announcement on July 12 from the Consumer Product Safety Commission. Consumers are advised to stop using the devices immediately, and contact Petzl for more information.

Petzl America Inc. has voluntarily recalled about 375,000 Scorpio and Absorbica shock-absorbing lanyards that have been sold since 2002, the U.S. Consumer Product Safety Commission announced July 12. Some of the lanyards are missing a safety stitch on the attachment loop, which could cause the lanyard to separate from the climbing harness, the posted announcement states. No injuries have been reported in the U.S., but one fall injury in France has been. Consumers should stop using them immediately; CPSC notes that it is illegal to resell or attempt to resell a recalled consumer product.

The lanyards were made in France. All Scorpio and Absorbica lanyards manufactured before May 2011 are included. Scorpio lanyards manufactured between 2002 and 2005 with model numbers L60 and L60 CK, which are yellow and blue, Y-shaped lanyards with yellow stitching on both ends, connected by a metal O-ring to one end of a blue pouch containing the tear-webbing shock absorber, are included. The pouch has a tag on it with the word “PETZL” in white letters, and the other end of the blue pouch has a blue and yellow webbing attachment loop that connects to the climbing harness. Scorpio lanyards manufactured between 2005 and 2011 are model numbers L60 2, L60 2CK, L60 H, and L60 WL. They are red, Y-shaped lanyards connected by a black metal O-ring to one end of a grey zippered pouch containing the tear-webbing shock absorber. The other end of the pouch has a black webbing attachment loop that connects to the climber’s harness.

Absorbica lanyards included in the recall have model numbers L70150 I, L70150 IM, L70150 Y, L70150 YM, L57, L58, L58 MGO, L59, and L59 MGO. They have a black zippered pouch with yellow trim and the Petzl logo on the side and a tear-webbing shock absorber accessible through the zippered pouch. The pouch has a connector attachment on one end and a connector attachment, a single lanyard, or a Y-shaped lanyard on the other end. Authorized Petzl dealers in the United States and Canada sold them from January 2002 through May 2011.

For a free inspection and replacement, contact Petzl America Inc. at 877-740-3826 between 8 a.m. and 5 p.m. Mountain time weekdays or visit Petzl's website.
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Petzl Recall for GriGri 2′s

Friday, July 01, 2011

For our readers who may use Petzl GriGri 2’s, we wanted to make you aware of this recall. Please check the serial number of your device to see if it’s in this range. You will also need to contact Petzl as indicated below. As noted, this does not apply to the previous generation GriGri.

As a measure of precaution Petzl has decided to take the following actions:

Increase the mechanical strength of the handle on all GRIGRI 2’s since serial number 11137. Recall all GRIGRI 2’s with the first five digits of the serial number between 10326 and 11136, and replace with a new revised GRIGRI 2. Petzl will pay for all shipping costs to complete this replacement.

If you have a GRIGRI 2 (D14 2O, D14 2G, D14 2B) with the first five digits of the serial number between 10326 and 11136, stop use immediately and contact Petzl America to initiate an exchange.

Contact Petzl America in one of two ways:

  •     By phone: 1 (800) 932-2978 (toll free)
  •     By email:
The previous generation GRIGRI is not concerned by this recall.
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What does ASTM say about Rope Inspection?

Monday, June 06, 2011

ASTM F1740 provides very comprehensive guidelines for users of rescue rope.  The title “Standard Guide for Inspection of Nylon, Polyester, or Nylon/Polyester Blend, or Both Kernmantle Rope” indicates it is specifically intended to guide the user in the inspection of these rescue ropes, and is not intended to be a guide in the selection and use of rescue ropes.

However, the information included in F1740 is not to be considered the only criteria for evaluating the serviceability of rescue rope.

One of the first considerations the user needs to address is the selection of an experienced individual who is deemed qualified to perform and document the rope inspections.

While F1740 does provide excellent guidelines, the user and/or the Authority Having Jurisdiction (AHJ) may feel it necessary to augment the information in F1740 with additional training.

Fortunately, our friends at PMI Rope have produced a very comprehensive webinar on Rope Care which includes specific information on  rope inspections. This 61 minute webinar is presented by Mr. Steve Hudson, president of PMI Rope. Steve has an unsurpassed background and knowledge base regarding the manufacture and use of rescue rope and his presentation should more than satisfy your need to augment F1740.

Click here for a link to PMI’s webinars. Use the scroll down on the left and select the 3/2/10 presentation titled “Rope Care.” The information that addresses rope inspection begins at the 24:30 time mark of the presentation. offers PMI rescue rope for rescue professionals. Please contact Roco at 800-647-7626 if you have any further questions.
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Rope Care & Cleaning Tips

Wednesday, May 25, 2011

Life safety rope is an essential tool for rescue operations. It is your responsibility to learn and understand the capabilities and limitations of your life safety rope before using it. Be sure to read the manufacturer’s instructions for the use, care and maintenance. Always double-check that the specifications of the rope match the intended use.

Keeping your rope clean is essential. Dirt rubbing into and against the fibers of your rope will deteriorate it. Here are some suggestions from PMI for cleaning static kernmantle rope.

Wash it: You can wash dirty ropes by hand or in a front-loading commercial washing machine using cold to warm water with a mild sap. Non-detergent soaps are best, but a mild detergent is acceptable if used sparingly. In any case, the soap used should not contain bleaching agents. Avoid top loading washing machines with agitators because they tangle the rope severely and might even cause damage from friction produced by rubbing of the synthetic rope against the synthetic agitator.

Lubricate it: Ropes may dry out and lose some flexibility as a result of washing. You can prevent this by occasionally adding a little fabric softener (about a cup of Downy Fabric Softener) to the rinse cycle during rope washing. Do not use more than this, or it might damage the rope.

Dry it: Dry your rope in a clean, dry area out of direct sunlight. Avoid: (1) commercial dryers, (2) placing wet ropes on a concrete surface, and (3) exposure to exhaust fumes. For best results, the rope should be laid in a loose coil or coiled around two objects in a low-humidity environment.

Write it down: Remember to record the cleaning on the Rope Log.

Keep it clean: After repacking, store your rope in a clean, dark, dry environment, away from exposure to acids, other harmful chemicals, noxious fumes or other abuse.

NOTE: Always follow the manufacturer’s instructions for use, inspection, care and maintenance of your rescue rope. Your life (and the lives of others) may depend on it, so take it seriously.
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RescueTalk ( has been created as a free resource for sharing insightful information, news, views and commentary for our students and others who are interested in technical rope rescue. Therefore, we make no representations as to accuracy, completeness, or suitability of any information and are not liable for any errors, omissions, or delays in this information or any losses, injuries, or damages arising from its display or use. All information is provided on an as-is basis. Users and readers are 100% responsible for their own actions in every situation. Information presented on this website in no way replaces proper training!