Scaling Models
From Single Home to Full Village: Flexible Configurations for Every Scale
The regenerative village model isn't one-size-fits-all. It's a pattern language that scales from a single family homestead to a 100+ unit community. The same principles apply at every scale: closed-loop systems, shared infrastructure, integrated food production. What changes is the configuration—how many homes, how much shared space, how systems interconnect.
Whether you're a family buying one home, an investor developing a cluster, or a land trust building a full village—there's a model that fits.
Village Sizes
Four scales, same principles
The sweet spot: For most applications, the 36-60 home "medium" scale offers the best balance—enough density to support full shared amenities, enough diversity for a resilient community, but small enough for genuine neighbor relationships. Town Woods is designed at this scale.
Home Configurations
Single to quad-plex, all from the same building blocks
The "Triple Trio" modular home system uses shipping containers as building blocks. The same 40' container modules combine into different configurations—from single-family homes to multi-unit buildings. Larger configurations share walls, foundations, and systems, reducing per-unit costs while increasing energy efficiency.
Single
Duplex
Triplex
Quad-Plex
Scaling Economics
| Configuration | Per-Unit Build Cost | Per-Unit Solar Cost | Per-Unit Operating Cost | Efficiency Gain |
|---|---|---|---|---|
| Single | $180,000 | $20,000 | $400/month | Baseline |
| Duplex | $165,000 | $18,000 | $350/month | -8% |
| Triplex | $155,000 | $16,000 | $320/month | -14% |
| Quad-Plex | $145,000 | $15,000 | $290/month | -19% |
Why multi-unit is more efficient: Shared walls reduce material costs and heat loss. Shared foundations spread site work across units. Larger solar arrays have better economies of scale. Shared mechanical rooms reduce equipment redundancy. A quad-plex costs 19% less per unit than four separate singles—and uses 25% less energy per household.
How Systems Scale
Infrastructure grows with the community
Infrastructure Scaling by Village Size
Linear Scaling
These systems scale roughly proportionally with home count:
- → Solar panels: ~10 kW per home
- → Battery storage: ~20 kWh per home
- → Water treatment: ~100 GPD per home
- → Food production: ~50 lbs/week per home
Threshold Scaling
These amenities unlock at certain scales:
- → 12+ homes: Common house justified
- → 24+ homes: Commercial kitchen viable
- → 36+ homes: Full-time farm staff
- → 60+ homes: On-site retail/services
Ownership Options
Buy one home, a cluster, or the whole village
Different buyers have different goals. A family wants a home. An investor wants cash flow. A land trust wants community impact. The model accommodates all of them with different entry points and ownership structures.
Single Home
Purchase one home within an existing or planned village. Own your unit, share in community amenities and governance.
- Fee-simple or condo ownership
- HOA membership included
- Access to all shared facilities
- Weekly food share included
- Participate in governance
Cluster (4-8 units)
Own a complete cluster within a larger village. Ideal for extended families or small investor groups.
- Own multiple units as rentals
- Shared infrastructure included
- 1-2 aquaponics containers
- Dedicated solar array
- Semi-autonomous operation
Full Village
Develop or acquire a complete village. For institutional investors, land trusts, or mission-driven developers.
- Full control of development
- All infrastructure and systems
- Complete amenity package
- Revenue from all sources
- Maximum community impact
Investment Models
Rental Income Model
Purchase units and rent to residents. Lower operating costs than conventional rentals due to shared infrastructure and net-zero energy. Food share adds value without adding cost.
Development Model
Acquire land, build village, sell units. Premium pricing justified by food production, energy independence, and community amenities. Exit via sale to land trust or REIT.
Cluster Configurations
Building blocks that combine into villages
Villages are composed of clusters—semi-autonomous groupings of 4-8 homes that share immediate infrastructure. Clusters can be purchased whole, or individual homes within clusters can be sold separately. Either way, the cluster functions as a unit.
Cluster Anatomy
Buy the cluster: An investor can purchase an entire 8-home cluster for ~$1.2M. This includes the aquaponics container, dedicated solar array, and all shared infrastructure. Rent all 8 units, or live in one and rent seven. The cluster operates semi-autonomously within the larger village.
Which Scale is Right?
Matching configuration to goals
| If You're... | Consider... | Investment Range | Timeline |
|---|---|---|---|
| A family wanting regenerative living | Single home in existing village | $180-220K | Move-in ready |
| Multi-generational family | Duplex or cluster (4-6 homes) | $350K-900K | 6-12 months |
| Small investor seeking cash flow | Quad-plex or cluster | $600K-1.2M | 12-18 months |
| Employer needing workforce housing | Small village (12-24 homes) | $2.5-5M | 18-24 months |
| Developer seeking impact + returns | Medium village (36-60 homes) | $8-15M | 24-36 months |
| Land trust or mission-driven org | Large village (80+ homes) | $15-25M | 36-48 months |
Start at Any Scale
The regenerative village model works whether you're buying one home or building a hundred.
The systems are the same. The principles are the same. Only the configuration changes.
"Think big, start appropriate, scale intentionally."