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Central Wisconsin ···· Conditions
A NET-ZERO MODULAR RESIDENCE

The Vanderbilt

Plan No. UH-106 · A case study, designed and fully drawn
Inquire for Pricing or Custom Design
The Vanderbilt seen from the street. Deep eaves, a clerestory band, wood above a stone base.
From the street. Deep eaves hold the second floor down, a clerestory band lights it, and the stone base ties the house to the ground.

THE VANDERBILT is a net-zero modular home, our modern take on the system-built and mail-order homes of the Prairie era. Prefabricated units keep cost low and quality high, and the same units reconfigure into a near-infinite number of layouts to fit any site. Energy gets attacked from every side: passive design first, then high-R wall sections, solar PV, rainwater collection, and graywater recycling.

The Idea.

The Prairie idea was well-designed homes within reach of everyone. We are chasing the same target with today's tools: factory-built modules, tight envelopes, and drawing sets complete enough to keep bids honest.

The Home.

1,800 square feet, three bedrooms, and two baths, designed net zero from the first sketch, with three porches wrapped in planter terraces for edible landscaping.

The Drawings.

This page shows the set as it was drawn: both floor plans, all four elevations, three axonometric studies, and two interior views. Everything below came out of the same model.

What Our Design Service Includes.

System design; modular unit library; net-zero energy modeling; configuration studies for your site; complete construction documents for your configuration.

Specifications.

Living area1,800 sq ft
Bedrooms3
Bathrooms2
SystemPrefab modular
StatusDesigned and fully drawn

Blank figures are available on request. Every commission is custom. Dimensions, rooms, and finishes get drawn for you and with you.

INSIDE THE VANDERBILT
Living room. Ribbon windows down the long wall, a brick chimney mass on the right, low wood ceiling.
The living room runs the long side of the house so the window band does the lighting. The brick mass anchors the far end.
Kitchen, dining and living seen as one room, with an island and four stools.
Kitchen, dining and living read as one room. The island seats four without borrowing floor from anywhere else.
PLAN · VIEW
First floor plan. Living, dining, kitchen, primary bedroom and bath, stair to the second floor.
First floor. Living, dining and kitchen open to one another along the south wall; the primary bedroom and bath sit behind the stair.
Second floor plan. Two bedrooms, a full bath, and an open study at the stair.
Second floor. Two bedrooms and a full bath, with an open study landing at the top of the stair.
FOUR ELEVATIONS
West elevation. The street face, with the garage wing reaching left under a flat roof.
West, the street face. The garage wing reaches out under its own low roof so the house is not fronted by a door for cars.
East elevation. The garden side, stepping down to a low terrace.
East, the garden side. The terrace steps the building down to the yard instead of dropping it off a wall.
North elevation. The long side, showing the clerestory band above the main roof.
North. The long side shows what the section is doing: living volume low and wide, clerestory band above it.
South elevation. The sun side, with the widest window band and the deepest overhang.
South, the sun side. Widest glass, deepest overhang. The eave is sized to shade summer sun and let winter sun through.
HOW IT GOES TOGETHER
Exploded axonometric. The roof lifted clear and the two floors pulled apart to show the modules stacking.
Pulled apart. Roof, upper floor and main floor separate cleanly because each one is a stack of the same factory-built modules. This is the drawing that explains the whole idea.
Aerial axonometric from the carport side, roof intact.
Assembled, from the carport side. The low wing keeps the cars off the front of the house.
Aerial axonometric from the opposite corner, showing the porches wrapping two sides.
From the garden corner. Three porches wrap two sides, each one edged with a planter for growing food.
THE PROTOTYPE LOT
Site plan on a generic rectangular lot, showing the roof footprint, garage wing and terraces within a dashed property line.
Drawn on a generic rectangular lot rather than a real one. The point of the module system is that this footprint rearranges to suit whatever the ground actually does.
Commission a Design Like This One

See how we work on the Working With Us page, or head back to the Catalog of Designs.

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