Operating under special use permit from the Uncompahgre National Forest, Grand Mesa National Forest,
Black Canyon of the Gunnison National Park, Denali National Park
Black Canyon of the Gunnison National Park, Denali National Park
Copyright 2000/2011 Rigging for Rescue®, LLC - (970) 325-4474 - info@riggingforrescue.com - PO Box 745, Ouray, CO 81427
Publications
"The Technical Rescue Riggers Guide, Second Edition" - Pocket
Reference
The Technical Rescue Riggers Guide© 2009 Conterra, 126 page 4" x 6" pocket guide
$25.95 US
The Technical Rescue Riggers Guide, Second Edition, is here! Eleven years in the making, the new second edition is the completely updated version of the original Technical Rescue Riggers Guide by Rick Lipke- The most important reference guide for modern rescue in decades.
This great new pocket reference is the most comprehensive guide available today. It shows extremely safe, modern techniques, in 196 pages, with over 500 clear illustrations and photos, from basic knots and anchors, to highlines, helo rescues, and much more! All printed in full color on high tech storm proof paper. Completely cross referenced with handy safety reminders throughout. The first edition sold over 150,000 copies and became the defacto world standard for safe, intelligent rope rescue. This new second edition will set the new standard. This is not an instructional text, but rather a quick pocket reference guide for personnel already trained and familiar with modern rope rescue.
A portion of the sale of this guide goes to support volunteer mountain rescue.
The Technical Rescue Riggers Guide© 2009 Conterra, 126 page 4" x 6" pocket guide
$25.95 US
The Technical Rescue Riggers Guide, Second Edition, is here! Eleven years in the making, the new second edition is the completely updated version of the original Technical Rescue Riggers Guide by Rick Lipke- The most important reference guide for modern rescue in decades.
This great new pocket reference is the most comprehensive guide available today. It shows extremely safe, modern techniques, in 196 pages, with over 500 clear illustrations and photos, from basic knots and anchors, to highlines, helo rescues, and much more! All printed in full color on high tech storm proof paper. Completely cross referenced with handy safety reminders throughout. The first edition sold over 150,000 copies and became the defacto world standard for safe, intelligent rope rescue. This new second edition will set the new standard. This is not an instructional text, but rather a quick pocket reference guide for personnel already trained and familiar with modern rope rescue.
A portion of the sale of this guide goes to support volunteer mountain rescue.
"Release Devices: A Comparative Analysis" - Research Report
2nd Edition ©1999/2000 Kirk and Katie Mauthner, 99 page report
$20 US
Release-devices (a.k.a. load release hitches) can be practically used in rope rescue rigging for a variety of uses, such as passing knots [bends] and releasing stuck belays. Generally, they can be used anywhere where the tension on a rope system must be transferred to another part of the system
This extensive investigation compares 32 variations of 11 different release-devices for their performance in many different areas such as:
-The ability to withstand a shock force
-Ease of lowering after a shock force
-Static breaking strength
-Ease of tying, inspection, etc.
In addition to a review and analysis of the existing release-devices, this work also led to the development of a new release-device, which has some significant improvements.
This is not a basic report. There are several tables for cross-referencing as well as a detailed appendix covering each device. Rescuers can use this databased report to help assess the safety of their current system and to determine if there might be a better release-device available to meet their team's needs.
2nd Edition ©1999/2000 Kirk and Katie Mauthner, 99 page report
$20 US
Release-devices (a.k.a. load release hitches) can be practically used in rope rescue rigging for a variety of uses, such as passing knots [bends] and releasing stuck belays. Generally, they can be used anywhere where the tension on a rope system must be transferred to another part of the system
This extensive investigation compares 32 variations of 11 different release-devices for their performance in many different areas such as:
-The ability to withstand a shock force
-Ease of lowering after a shock force
-Static breaking strength
-Ease of tying, inspection, etc.
In addition to a review and analysis of the existing release-devices, this work also led to the development of a new release-device, which has some significant improvements.
This is not a basic report. There are several tables for cross-referencing as well as a detailed appendix covering each device. Rescuers can use this databased report to help assess the safety of their current system and to determine if there might be a better release-device available to meet their team's needs.
"The What-If of Highline Failure...Is there a back-up?" - Video
©1997 Kirk and Katie Mauthner 27 minute video with accompanying 5 page report.
$39 US
*video is available in DVD or PAL format*
Is there a back up if the track rope fails? The use of highlines often invokes a word of caution - special training required - as excessive forces can be generated if the track rope is over-tensioned, causing track rope (mainline) system failure; this is indeed, a possibility. To better understand this risk, several highline components and variations are assessed for their performance when a track rope failure occurs. This study shares recent test results as well as recommended rigging techniques to improve highline system safety.
This is not a how-to video for highline rigging. Instead, it is a critical look at what would happen if the track rope failed on several commonly used highline techniques...is there a back-up?
©1997 Kirk and Katie Mauthner 27 minute video with accompanying 5 page report.
$39 US
*video is available in DVD or PAL format*
Is there a back up if the track rope fails? The use of highlines often invokes a word of caution - special training required - as excessive forces can be generated if the track rope is over-tensioned, causing track rope (mainline) system failure; this is indeed, a possibility. To better understand this risk, several highline components and variations are assessed for their performance when a track rope failure occurs. This study shares recent test results as well as recommended rigging techniques to improve highline system safety.
This is not a how-to video for highline rigging. Instead, it is a critical look at what would happen if the track rope failed on several commonly used highline techniques...is there a back-up?
"Gripping Ability on Rope in Motion" - Research Report
©1994 Kirk and Katie Mauthner, 40 page report.
$11 US
The ability of a belayer to apply enough gripping force to a rope to successfully arrest a falling rescue load is of prime importance when using any belay device that requires a positive gripping response on behalf of the belayer. Belays using figure 8 plates, slot type belay plates, the Münter hitch and others, all require different levels of belayer gripping ability for different levels of impact forces. The minimum levels of gripping abilities exhibited by the population raise serious concerns about the use of any such belay device in rope rescue work. To add to this concern is that the weaker grippers are not readily identifiable by obvious features such as their size. This report is the summary of over 300 tests conducted to assess human gripping ability as it specifically relates to rescue work.
©1994 Kirk and Katie Mauthner, 40 page report.
$11 US
The ability of a belayer to apply enough gripping force to a rope to successfully arrest a falling rescue load is of prime importance when using any belay device that requires a positive gripping response on behalf of the belayer. Belays using figure 8 plates, slot type belay plates, the Münter hitch and others, all require different levels of belayer gripping ability for different levels of impact forces. The minimum levels of gripping abilities exhibited by the population raise serious concerns about the use of any such belay device in rope rescue work. To add to this concern is that the weaker grippers are not readily identifiable by obvious features such as their size. This report is the summary of over 300 tests conducted to assess human gripping ability as it specifically relates to rescue work.