Architecture

Zero-carbon cabin trades modern convenience for mountain simplicity

Zero-carbon cabin trades modern convenience for mountain simplicity
A durable exterior combines concrete, steel, and ironwood siding
A durable exterior combines concrete, steel, and ironwood siding
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Camp Meeker’s simple form is shaped by the demands of its mountain setting
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Camp Meeker’s simple form is shaped by the demands of its mountain setting
A durable exterior combines concrete, steel, and ironwood siding
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A durable exterior combines concrete, steel, and ironwood siding
The home is designed to operate with zero carbon emissions from day-to-day energy use
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The home is designed to operate with zero carbon emissions from day-to-day energy use
The retreat strips back modern conveniences to focus on the essentials
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The retreat strips back modern conveniences to focus on the essentials
The main living space is organized around a central wood-fired stove
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The main living space is organized around a central wood-fired stove
Vaulted timber ceilings enhance the sense of openness inside
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Vaulted timber ceilings enhance the sense of openness inside
The heart of the home features a large open living area with timber fireplace
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The heart of the home features a large open living area with timber fireplace
Large windows frame views of the surrounding alpine landscape
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Large windows frame views of the surrounding alpine landscape
The material palette is limited to rustic-grade oak throughout
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The material palette is limited to rustic-grade oak throughout
Bedrooms are arranged along one side of the main floor
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Bedrooms are arranged along one side of the main floor
Oak lines the floors, walls, and ceilings for a unified interior
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Oak lines the floors, walls, and ceilings for a unified interior
Two double bedrooms and a single bedroom are tucked at the end of the main floor
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Two double bedrooms and a single bedroom are tucked at the end of the main floor
Interior spaces are kept simple to emphasize the surrounding views
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Interior spaces are kept simple to emphasize the surrounding views
Camp Meeker Cabin offers a contemporary take on mountain retreat design
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Camp Meeker Cabin offers a contemporary take on mountain retreat design
The home prioritizes passive design strategies alongside active systems
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The home prioritizes passive design strategies alongside active systems
A large rooftop terrace, ideal for enjoying the sun or sleeping under the stars at night
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A large rooftop terrace, ideal for enjoying the sun or sleeping under the stars at night
The building’s compact footprint reduces its impact on the landscape
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The building’s compact footprint reduces its impact on the landscape
Camp Meeker Cabin floor-plan by Renée del Gaudio Architecture
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Camp Meeker Cabin floor-plan by Renée del Gaudio Architecture
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US design firm Renée del Gaudio Architecture has completed a 2,100-sq-ft (195-sq-m) retreat in Allenspark, Colorado. Dubbed Camp Meeker Cabin, the project strips mountain living back to its quieter essentials, while still embracing contemporary environmental design.

Set within view of Mt. Meeker, the cabin was created for a family with deep ties to the surrounding valley. Rather than designing a luxury escape filled with domestic gadgets, the architects have shaped a home that encourages slowing down and reconnecting with nature. There is no television, dishwasher, or microwave, placing the focus instead on the surrounding landscape, and shared daily rituals of cabin life.

Constructed with a concrete base, steel framing, and ironwood siding, the home features a durable outer layer, built with fire resistance in mind. Beneath the cabin’s modest character is a geothermal system, which uses the steady temperature of the ground to help heat and cool the home. By reducing reliance on conventional fuel-based systems, the cabin is designed to operate without producing carbon emissions from day-to-day energy use. Inside, the architects have kept the material palette deliberately simple. Rustic-grade oak covers the floors, walls, and ceilings, creating a warm, continuous interior.

The home prioritizes passive design strategies alongside active systems
The home prioritizes passive design strategies alongside active systems

The floorplan is arranged with a clear separation between the living areas and private sleeping quarters of the home. The heart of the home features a large open living area with timber kitchen, central fire place, vaulted timber ceilings, and large floor-to-ceiling windows. The design is open and clean, with a deliberate choice to draw the surrounding scenery deep into the interior of the home.

Large windows frame views of the surrounding alpine landscape
Large windows frame views of the surrounding alpine landscape

Two double bedrooms and a single bedroom are tucked at the end of the main floor, and are adjoined by a large outdoor terrace. The roof’s steep metal surface not only protects the home from cold winds, but creates enough height for an additional sleeping loft. The elevated loft is the fourth sleeping zone of the home, and is designated as the children’s quarters, giving the cabin a playful, camp-like feel. The elevated section of the cabin also features a large rooftop terrace, ideal for enjoying the sun during the day, or sleeping under the stars at night.

Camp Meeker Cabin stands as a thoughtful retreat that brings mountain living back to its essentials. Built for endurance, it is designed for this family and the generations who will return after them.

Source: Renée del Gaudio Architecture

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2 comments
2 comments
Bill Hanewinkel
Dear Ms. Borgobello,
Thank you for writing about sustainable architecture and the beauty of the Camp Meeker Cabin. While we celebrate the cabin's low-carbon footprint, the extensive floor-to-ceiling glazing highlighted in your article also presents an opportunity to discuss bird-safe design.
Simple measures such as bird-safe glazing or appropriately designed retrofit treatments can dramatically reduce bird-window collisions. More than one billion birds are estimated to die each year in North America after striking windows. Effective solutions are available for both new construction and existing buildings.
As you continue writing about modern, sustainable architecture, your voice can help educate both the public and architects about this often-overlooked aspect of truly sustainable design.
-kitrobaskin
Allenspark Colorado is a high elevation location; ~8500 feet. No consideration was given for passive solar or any heat retention in this trophy house. The idea that the paltry amount of solar panels, and some kind of ground to air heat handling will keep that structure warm enough in winter, is a joke. The fireplace will heat the upper third of interior space but that is not where it is needed.
Calling this pretty thing zero carbon or sustainable is furthering the verbal deceit that is so in fashion these days. Thank you for being able to voice this.