½–2 acres
Efficient homes, solar roofs, rain tanks, seed starting, raised beds, a small workshop and strong local connections.
Self-reliance starts before a house is built: knowing the ground, planning responsible excavation and drainage, and reclaiming disturbed land where feasible. Fooy then builds toward households that generate energy, manage water, produce food, repair equipment, learn new skills and cooperate with neighbors.
Explore the lot model ↗The proposed Fooy range accommodates different household needs, budgets and land uses—including candidate reclaimed or previously disturbed sites where safe and feasible. A property must be studied for contamination, soils, drainage and ecology before deciding on excavation, restoration or residential use. Nothing here represents an available subdivision.
Efficient homes, solar roofs, rain tanks, seed starting, raised beds, a small workshop and strong local connections.
Larger food production, expanded energy and water storage, fabrication space, orchards and small-scale working land where permitted.
More room for agriculture, forestry, land stewardship, equipment, larger water systems and specialized production, subject to feasibility.
Fooy includes responsible site excavation and land reclamation as part of its long-term physical-development model. Potential work includes grading, drainage, water-management earthworks, erosion prevention, topsoil and native-vegetation recovery, and adaptive reuse of suitable disturbed land. Plans depend on site surveys, engineering, environmental testing and necessary permissions.
On-site solar energy is a baseline design objective. Battery backup supports essential loads; optional wind, grid connection and islandable operating modes depend on local engineering and resource studies.
Roof capture, portable or fixed storage, safe overflow and modular quick connections make collection manageable. Potable use requires appropriate treatment, testing, permits where required, and separation from non-potable systems.
Every household should have room for a micro-garden and seed-starting area. Larger properties can add raised beds, orchards, greenhouses, food preservation, and agriculture based on soil, climate and local rules.
3D printers and CNC machines help create replacement parts, jigs, tools and useful household items. Access may be household-owned or available through shared community workshops. Training, ventilation, machine guarding and maintenance are part of the model.
A household-owned Library is intended to hold data and practical documentation and connect to Sprovik, PAD and home devices. Cloud services can supplement local capability without becoming the only route to everyday functionality.
AI-guided skills education helps residents learn mechanics, fabrication, gardening, water, energy and maintenance. Local experts can offer help and services; practical knowledge is shared by choice, not reserved for specialists.
Fooy aims to concentrate practical expertise locally while expanding everyone's ability to learn. When residents have the tools, training and infrastructure to solve routine problems, they can rely less on outside contractors, centralized providers, and government programs for everyday assistance. Cooperation and homeowner choice remain the foundation. Public safety, lawful infrastructure, emergency services and community responsibilities still matter.
The Fooy homestead and land-reclamation model is a design direction, not a completed development. No lots or homes are offered and no excavation, remediation or land restoration project is underway. Engineering, environmental testing, permits, financing and site-specific plans are required before physical work.
Explore the community framework ↗ · Read the dated design brief ↗