Factory-built • panelized • adaptable

A better way to build.

Factory-prepared wall and roof panels reduce onsite labor material waste, weather exposure and schedule uncertainty

A modern panelized bungalow in a Seattle neighborhood
Seattle bungalow concept • model and finishes customizable
≤ $75 / sq ft Target factory-supplied building-system cost
7–14 days Target site assembly after site and foundation readiness
~10 + crane Illustrative assembly crew and crane plan

One system • multiple scales

Homes that adapt to people place and purpose.

Repeatable panel logic can support compact backyard buildings accessible single-story homes and larger family configurations

Micro • 120–200 sq ft

Studio

Backyard office guest room cabin or small-footprint pilot

Discuss a studio →
Compact • approximately 500 sq ft

One bedroom

Efficient living with a repeatable structural and panel module

Discuss a compact home →
Neighborhood home

Bungalow

A familiar Seattle form adaptable for accessibility room counts and lot conditions

Discuss the bungalow →
Family • scalable

Multi-bedroom

Larger layouts using the same factory preparation and connection logic

Discuss a family home →
KiTerra wall panels with window opening electrical conduit outlets plumbing and insulated core

Factory-prepared building envelope

The work moves offsite before the panels arrive.

Wall and roof panels can arrive with window and door openings electrical conduit outlet boxes plumbing pathways and selected fixture preparation completed in the factory

Windows + doors prepared
Electrical conduit + boxes
Plumbing pathways
Finished or clip-on interiors
Integrated or removable skins
Gasketed panel connections

Assembly + potential disassembly

Built to go together quickly—and come apart intelligently.

Accessible bolted screwed and gasketed connections are intended to support installation repair selective replacement and potential future relocation where engineering code and material conditions allow

Crane-assisted assembly of a panelized house around an engineered structural frame
01

Prepare the site

Complete permits foundation access utilities staging and crane plan before delivery

02

Bolt the frame

Anchor the engineered structural frame to the verified foundation connections

03

Set the panels

Crane-set wall and roof panels coordinate openings services and selected fixtures

04

Finish + recover

Complete seals finishes and commissioning while retaining access for repair or replacement

Conventional now • circular as validated

A platform designed to evolve with material readiness.

Initial buildings can use familiar code-ready assemblies while renewable recycled and lower-carbon options move through testing engineering and procurement

A material wall comparing conventional panels with wheat straw hemp wool recycled textile and reclaimed wood options
Code-ready starting point

Conventional envelope

OSB cement fiber metal timber certified insulation and established roofing systems selected by model and jurisdiction

Circular transition

Renewable + recovered

Wheat-straw bio-board hemp wool cellulose recycled-textile insulation reclaimed finishes cork and linoleum as testing advances

Optional systems

Long-term upgrades

Integrated solar living roofs low-carbon concrete detachable finish layers built-ins and material passports where appropriate

Pilot • document • repeat

Prove the system through real spec houses.

Our near-term path is to build and document Pacific Northwest pilot homes—validating engineering permitting cost schedule thermal performance finish quality and component recovery before scaling

Discuss a pilot site

Projects • pilots • partnerships

Let’s build the first proof points.

We welcome conversations with landowners architects engineers builders jurisdictions housing partners and aligned manufacturers

KiTerra.co • Seattle Washington • Sustainable Creation Supply Co × A&A International Inc.