© Colorado Building Workshop / University of Colorado Denver

Longs Peak Privies // Colorado Building Workshop / University of Colorado Denver

CO, United States

Architizer Editors Architizer Editors
Want to see your project featured like this?
Enter the 11th Annual A+Awards, opening this fall! Register for Updates →

Text description provided by the architects.

Long’s Peak, the tallest and most iconic mountain in Rocky Mountain National Park, has become one of the most frequented 14ers in the State of Colorado. To deal with human waste on the trail, the National Park Service (NPS) installed their first backcountry toilets in 1983. Since their installation 35 years ago the technology has deteriorated in the harsh climate to the point that waste is now required to be removed by shovel full, placed into five-gallon buckets, and carried down the mountain using llamas.

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

Determined to find a better privy design, and a more humane solution of collecting waste, NPS collaborated with ColoradoBuildingWorkshop to re-design and constructed four new backcountry privies. The new Long’s Peak Privy locations vary in elevation from 10,500 ft. to almost 13,000 feet above sea level. They explore lightweight prefabricated construction and emerging methods of waste collection to minimize the human footprint in Colorado’s backcountry.

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

The final design solution is a series of prefabricated structural gabion walls. Within the gabions, a series of thin steel plate moment frames triangulate the lateral loads within the structure while stones, collected on-site, are used as ballast.

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

© Colorado Building Workshop / University of Colorado Denver

This innovative construction assembly allows for rapid on-site construction (the project was erected in eight days) and an architecture that disappears into the surrounding landscape.Credits: Gloren Roper, Selena Obelinas, Greg Hise, Robby Cuthbert, David Wallmueller, Jillian Pate, Aleksi Vuola, Andy Paddock, Grant Johnson, Leah Fett, Will Koning ColoradoBuildingWorkshop, CU Denver, Taylor Carlisle, Ben Ludeman, Cate Humby, Matt Rivera, Collin Bailey, Marc Daubert, Morgan Marzo, Brian Duncan, Brittany Goldsmith, David Cincotta, Austin Gohl, Kate Farrington, Intan Yokelson, Erik Sommerfeld ColoradoBuildingWorkshop, CU Denver, Leah Gordon, Riley Barber Credits:- Kate Farrington- Selena Obelinas- Structural Engineer – Andy Paddock- Collin Bailey- Cate Humby- Robby Cuthbert- Leah Gordon- Intan Yokelson- Aleksi Vuola- Morgan Marzo- ColoradoBuildingWorkshop, CU Denver – Assistant Professor, Director – Erik Sommerfeld- Gloren Roper- Riley Barber- David Cincotta- Greg Hise- Austin Gohl- Leah Fett- David Wallmueller- ColoradoBuildingWorkshop, CU Denver – Bixler Design Build Fellow – Will Koning- Grant Johnson- Brittany Goldsmith- Matt Rivera- Brian Duncan- Ben Ludeman- Jillian Pate- Taylor Carlisle- Marc Daubert.

Longs Peak Privies Gallery

Read more articles by Architizer
© Foster + Partners

Apple Fifth Avenue // Foster + Partners

New York, NY, United States

© INK Architects

Athletic Complex // INK Architects

Nur-Sultan, Kazakhstan

+