Colorado Outward Bound School Micro-Cabins

Located on a steep hillside in a lodgepole pine forest, these cabins were designed as micro dormitories for a community of outdoor educators. The cabins sit lightly on the landscape, directing views from private spaces towards trees, rock outcroppings and distant mountain views of the Mosquito Range. More public “community” views are directed into social spaces that develop from the organization of the cabins in relationship to one another. These community spaces are made up of front porches and the negative spaces between cabins.​

To satisfy clients’ lodging and storage requirements, and to facilitate completion in three weeks of on-site construction, the cabins were conceived as two separate elements, a “box” and a “frame”. The “frame” acts as a storage device for the educators’ large gear (bikes, skis, kayaks, etc.) while simultaneously housing the cabin “box” and covered porches. The prefabricated cabin “box” rests in the frame under the protection of a “snow roof” designed to keep the winter snow load off the waterproofed roof below. Hot rolled steel provides a low maintenance rain screen for the box.  This steel cladding and the vertical columns blend with the lodgepole forest minimizing the visual impact of the cabins. Structural taped glazing on the windows eliminates mullions and connects the occupants directly with natural views.​

The interior of the cabin is skinned in CNC’d birch plywood bringing warmth to the interior and evoking a connection with the trees surrounding the site. The plywood is specifically milled to accommodate desks, beds and storage for each user. The walls and CNC’d plywood were prefabricated in Denver, flat packed onto trucks and shipped to Leadville to shorten the on-site construction timeline.


Technical Description

The structures frame consists of steel columns and beams with a wood framed, treated, deck. The snow roof is mechanically fastened to the steel using powder actuated fasteners. The snow roof is made from steel "N" decking typically used as a pan for concrete floors. The roof material was choosen becasue it can span long distances without additional supports, is durable and is a material match for the rest of the frame. 

The cabin box is made from prefabricated wall panels, custom CNC'd 3/4" Birch plywood interiors and a hot rolled steel rainscreen.

This project was designed and built by 28 graduate students in 19 weeks. A team of interdisciplinary faculty and professionals helped guide the process. The project showcases architect lead design build and the ingenuity of an integrated project delivery design team.




Derek Ackley, Sidney Aulds, Brent Beicker, Matthew Breen, Andrew Brown, John Giddens, Brandon Gossard, Aaron Gray, Dane Hardy, Chad Holmes, Casandra Huff, Mark Hurni, Timo Jyrinki, Rachel Koleski, Kate Lucas, Nathan Moore, Matt Ollmann, Aleka Pappas, Holly Paris, Nathan Pepper, Kit Piane, Ken Roberts, Louisa Sanford, Joe Stainbrook, Brandon Sweeney, Phil Stuen, Amanda Tharp, Elliott Watenpaugh, Becca Barenblat, Maymester only, Jeff D'Addario, Maymester only, Sam Palmer-Dwore, Maymester only
Colorado Outward Bound School
Darcy Latoff
Collaborating Organisations
Andy Paddock, Structural Engineer
JD Signom
Scott Lawrence
Jordan Vaughn
Colorado Outward Bound School

Academic Discipline(s)
28 Students
Academic Level(s)
Graduate Students
Academic Facts

Site / Structure Dimension
5 acre site
Each cabin is between 140 sq. ft. and 200 sq. ft. in size
140000 €
0 €
In Kind
In kind donations from:
Glass Systems
Carlisle Syntec
Simpson Strong Tie
Dupont Tyvek
Project Start
Project Context
Project Type
Construction Methods/Techniques