Place
A home shaped by Lahaina's sun, wind, rain, cultural context, and recovery needs.

Flagship prototype
A drawing-developed, Living Building Challenge-informed demonstration model for multigenerational rebuilding on a Community Land Trust parcel.
Prototype overview
The flagship home is a 3,305 sq ft, three-story residence designed for a Lahaina fire survivor household. It combines the main home with two ADUs and serves as a repeatable demonstration platform for future CLT parcels.
Renderings



Systems
Lower operating costs, healthier interiors, durable materials, and faster replicability matter as much as the first construction budget.
All-electric homes designed around high-performance envelopes, solar PV, battery storage, efficient cooling, and lower long-term utility stress.
A septic-to-bioreactor-to-sand-filter-to-drip-irrigation strategy treats water as a landscape resource and supports the Living Building Challenge Water Petal.
Class A roofing, fire-resistant materials, protected openings, defensible landscape planning, and durable construction assemblies reduce vulnerability.
ERVs, efficient cooling, UV purification, Red List-aware material choices, daylight, and natural ventilation support cleaner air, calmer rooms, and daily wellbeing.
Panelization may help improve quality control, reduce on-site labor pressure, and shorten portions of the construction timeline depending on final design, site, logistics, and builder coordination.
Deep shade, edible gardens, native and climate-adapted planting, stormwater strategies, and reuse water help return value to the land.
Living Building Challenge integration
These homes are Living Building Challenge-informed and designed around LBC principles. Certification depends on project scope, performance, documentation, and verification.
A home shaped by Lahaina's sun, wind, rain, cultural context, and recovery needs.
Reduce demand, reuse water where feasible, and return value to the landscape.
Lower utility burden through efficiency first, then renewable energy.
Healthier interiors, lower carbon, more durable assemblies, and fewer toxic exposures.
Cleaner air, lower heat stress, daylight, natural ventilation, lower utility anxiety, and daily connection to nature.
A rebuild pathway that helps keep homes accessible over time.
Architecture that feels like home, not just shelter.