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MARTaK Passive House
MARTaK Passive House
Loveland, CO, United States
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Other Projects by Hyperlocal Workshop
MARTaK Passive House
Loveland, CO, United States
Firm
Type
STATUS
Built
YEAR
2016
SIZE
1000 sqft - 3000 sqft
BUDGET
$100K - 500K
MARTaK is the first international certified Passive House in Colorado, and being built off-grid and without foam investigates how architecture and environmental ambition can work in concert. The massing is inspired by the local mountains called hogbacks but also evokes a traditional cabin, and is realized by inserting the footprint between mature ponderosa pine trees. Since the Passive House Planning Package energy modeling encourages simpler shapes for efficiency to provide a unique experience the home’s angled south face and asymmetrical interiors reduces complexity while cultivating curiosity. Completed in mid-2016 the home has already been featured on the cover of two prestigious magazines.
With 1275 square feet of treated floor area the design draws from contemporary small residential Japanese architecture utilizing an open floor plan and restrained materials palette. Along with the copious use of FSC plywood and lumber is a nail-lam wall and floor, cedar pickets, and ceramic and slate tile. A staircase made from simple boxes anchors the elongated living space while providing useful storage. The small loft features a net bed which gives kids a place to nest while providing daylight and an acoustic and visual connection with the main floor. Wide window ledges provide small break out spaces for a more intimate experience. Age in place capacity is encouraged with a sunken shower, simplified floor plan, and a graded ramp on the exterior.
The driving vision for the material selection is a building which can be reabsorbed by the forest after the steel roof and windows are recycled. Foam free construction techniques also critically lowers the total embodied energy and reduces long term toxicity. The cellulose insulation cavities encased with mineral wool board to the exterior both improves the wall vapor profile. Sub-grade foam is eliminated utilizing a heavily insulated crawlspace floor which also markedly reduces concrete. Reuse of material includes the incorporation of an earth packed tire foundation and nail-lam exterior decking made from deconstructed redwood decks.
Along with the mineral wool board a metal roof, cement board siding and triple pane windows provides a hardened building for wildfire events which are occurring with more frequency in the region. Extensive rain catchment supplements water needs and acts as reservoir for fire suppression.
With 1275 square feet of treated floor area the design draws from contemporary small residential Japanese architecture utilizing an open floor plan and restrained materials palette. Along with the copious use of FSC plywood and lumber is a nail-lam wall and floor, cedar pickets, and ceramic and slate tile. A staircase made from simple boxes anchors the elongated living space while providing useful storage. The small loft features a net bed which gives kids a place to nest while providing daylight and an acoustic and visual connection with the main floor. Wide window ledges provide small break out spaces for a more intimate experience. Age in place capacity is encouraged with a sunken shower, simplified floor plan, and a graded ramp on the exterior.
The driving vision for the material selection is a building which can be reabsorbed by the forest after the steel roof and windows are recycled. Foam free construction techniques also critically lowers the total embodied energy and reduces long term toxicity. The cellulose insulation cavities encased with mineral wool board to the exterior both improves the wall vapor profile. Sub-grade foam is eliminated utilizing a heavily insulated crawlspace floor which also markedly reduces concrete. Reuse of material includes the incorporation of an earth packed tire foundation and nail-lam exterior decking made from deconstructed redwood decks.
Along with the mineral wool board a metal roof, cement board siding and triple pane windows provides a hardened building for wildfire events which are occurring with more frequency in the region. Extensive rain catchment supplements water needs and acts as reservoir for fire suppression.
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