DOCS · OPERATIONS
Spatial Program & Masterplan Brief
Definitive pre-design functional requirements for a 300–450 person Kont settlement
KONT-OPS-001 · v1 · UPDATED 2026-04-10 · AHMET TURETMIS, FOUNDER · APPROVED
Document Dependency Map
This document is part of an integrated set. The dependency map shows how information flows between documents.
| Document | Doc ID | Purpose | Depends On | Feeds Into |
|---|---|---|---|---|
| Spatial Program & Masterplan Brief | KONT-OPS-001 | Definitive pre-design functional requirements: settlement scale, neighborhoods, site area, spatial program, built-to-open ratio, phased development logic, climate strategies | KONT-VIS-002 (core principles), KONT-FIN-003 (feasibility, costs) | KONT-OPS-002 (roadmap timeline/budget), KONT-VIS-001 (visualization), Architects (concept design) |
| Cooperative Bylaws & Governance Agreements | KONT-GOV-001 | Formal articles of association, membership tiers, decision protocols, consent mechanisms | KONT-VIS-002 (principles) | KONT-OPS-002 (implementation timeline), KONT-FIN-003 (equity structures) |
| Feasibility Study: Financial Model | KONT-FIN-003 | Capital costs by phase/geography, operating budgets, revenue projections, break-even analysis | KONT-OPS-001 (spatial requirements), KONT-VIS-002 (principles) | KONT-OPS-002 (roadmap phases), all other docs (budget constraints) |
| Roadmap: Implementation Timeline & Critical Path | KONT-OPS-002 | 36–60 month phased rollout, phase budgets, critical dependencies, governance transition sequence | KONT-OPS-001 (spatial phases), KONT-FIN-003 (budgets), KONT-GOV-001 (governance phases) | Project execution teams (all technical disciplines) |
| Benchmark Report: 12 Precedent Communities | KONT-REF-001 | Comparative analysis of existing cohousing, intentional communities, cooperative models: what works, what fails | KONT-VIS-002 (principles) | KONT-REF-002 (lessons synthesis), all design/operations docs (precedent validation) |
| Founder’s Notes: Decisions, Questions, Tensions | KONT-REF-002 | Living synthesis of design decisions made, open questions, governance/financing/cultural tensions, rationale | All prior docs (everything feeds here) | KONT-OPS-002 (implementation guidance), future revisions of all docs |
Change Log
| Version | Date | Author | Change |
|---|---|---|---|
| 1.0 | 2026-04-10 | Ahmet Turetmis, Founder | Initial v1.0 in new repo. Locks in the multi-neighborhood model (300–450 residents, 2–3 neighborhoods of 100–150) as canonical. Supersedes the single-community 50–300 framing from the April 2026 v1.0 source PDF. |
Contents
Executive summary
Project Kont is a cooperative settlement for 300–450 people, organized as 2–3 neighborhoods of 100–150 each, sharing centralized services on 15–25 hectares of land in Türkiye or the UAE. This document is the functional requirements brief that an architect or urban planner needs to proceed to concept design. It specifies every space, its size, its adjacency relationships, the climate adaptation strategy, the infrastructure sizing, and the phased development logic — but it does not prescribe architectural form.
This is version 2.0 of the brief, re-anchored in the canonical rebuild as v1.0. The original (source v1.0) assumed a single community of 50–300 people growing linearly. Subsequent analysis revealed that this model produces an unresolvable tension: 150 people is the maximum for social cohesion and participatory governance, but key services — a health clinic, a school, a properly utilized FabLab, a swimming pool — require 250–400+ people to be economically viable. The multi-neighborhood model resolves this tension. Each neighborhood preserves the intimacy, communal dining, and consent-based governance of a 150-person community. Shared services serve all neighborhoods at settlement level through tech-enabled liquid democracy and micro-mobility connections.
The settlement requires approximately 10,000–12,000 m² of built area per neighborhood (common house, residential clusters, support spaces), plus 3,700–6,300 m² of shared facilities (clinic, school, FabLab, pool, coworking, multipurpose hall), plus 4–8 hectares of productive landscape, plus infrastructure for solar, water, waste, and mobility. Total site: 15–25 hectares with a 25:75 built-to-open ratio.
Key financial parameters from KONT-FIN-003 Feasibility Study: Phase 1 capital cost of $1.5–3M (Türkiye) for the seed neighborhood of 50–80 people; full build-out of $8–15M (Türkiye) or $18–28M (UAE) for 300–450 people; operational break-even in year 5–7; target annual revenue of $900k–$1.86M at steady state from five diversified streams (per KONT-FIN-002).
1. Why 300–450 people: the population analysis
The optimal settlement size emerged from a constraint-by-constraint analysis that tested each of Kont’s core design principles against empirical data from anthropology, urban planning, cooperative governance research, and the operating histories of 12 benchmarked communities in KONT-REF-001.
1.1 The 150-person neighborhood ceiling
Dunbar’s research, validated across 23 studies spanning 2,000 years of data, identifies ~150 as the maximum group size where every member can maintain a meaningful social relationship with every other member. The Hutterites have practiced deliberate colony fission at ~150 people for nearly 500 years (mean fission size: 166 persons across 97 documented events). Dunbar and Sosis’s analysis of 19th-century American communes found that communities founded at ~50 or ~150 maximized longevity. This is not a soft guideline — it is a neurological constraint on the human neocortex.
For Kont, this means each neighborhood should not exceed ~150 people (~55 households). Within a neighborhood, everyone knows everyone by name. Communal dining is intimate, not institutional. Governance by sociocratic consent is practical. The common house feels like home, not a cafeteria.
1.2 The 300-person service floor
But 150 people cannot support the services that make Kont a real place rather than a rural retreat. A health clinic with one GP needs 250–400 patients for part-time viability. A K-8 school needs 40–60 children — which requires a parent population of 250+. A FabLab with $50–80K in equipment is underused below 150 people. A swimming pool is unjustifiable below 300. A cooperative store needs ~250 shoppers to break even. The Roadmap identifies a minimum viable scale of ~200 people for economic diversity and self-sufficiency.
1.3 Resolving the tension: the multi-neighborhood model
The resolution is architectural, not a compromise. Organize 300–450 people as 2–3 neighborhoods of 100–150 each, sharing centralized services that no single neighborhood could sustain alone. This mirrors the structures that every long-surviving large communal movement has independently converged upon: Hutterite colony networks, Damanhur’s federation of 26–30 nucleos, the kibbutz movement’s 270-settlement federation, and Mondragon’s 266+ autonomous cooperatives linked by a congress.
Admissible configurations. Taken literally, “2–3 neighborhoods of 100–150” admits four combinations: 2×100 = 200, 2×150 = 300, 3×100 = 300, 3×150 = 450. The 2×100 = 200 configuration is ruled out by the 300-person service floor derived in §1.2 (clinic, K-8 school, pool, cooperative store all require ≥300). The three admissible configurations are therefore 2×150, 3×100, and 3×150, giving a canonical settlement range of 300–450 residents. A transient 2×100 = 200 state may occur during Phase 2 of the phased build-out (see §15) but is not a steady-state target.
| Constraint | Neighborhood limit | Settlement limit | What determines the number |
|---|---|---|---|
| Social cohesion (Dunbar) | ~150 people | 300–500 | Neurological; nested layers manage scale |
| Governance (consent) | ~55 households | 110–165 HH | Tech + liquid delegation removes consensus ceiling |
| Walkability (pure walking) | 150 m / 3 min | — | Preserved within each neighborhood |
| Mobility (e-bike) | — | 600–800 m / 3 min | Settlement spine connects neighborhoods |
| Communal dining | 80–100 diners | — | Each neighborhood has its own dining; stays intimate |
| Health clinic viability | Not viable alone | 300+ people | Shared; GP 3–5 days/week |
| School viability (K-8) | 15–20 children | 45–75 children | Shared; 3–4 teachers, meaningful peer groups |
| Food production as community | Works well | Requires coordination | Farm manager + community labour |
Critical risk. The 300-person floor assumes a Turkish demographic profile with ~20–25% children. An older or childfree population profile would reduce school viability. If fewer than 30 school-age children are projected, the school program must be redesigned as a supplementary learning center rather than a full K-8 institution.
2. Settlement architecture: the multi-neighborhood model
The settlement is organized as 2–3 autonomous neighborhoods arranged around a shared services core, connected by a micro-mobility spine, and surrounded by productive landscape. Each neighborhood is a complete social unit. The shared services core provides the expensive, high-utilization facilities that justify the larger population.
2.1 What belongs to each neighborhood
Each neighborhood operates its own common house (kitchen, dining for 80–100, lounge, playroom, guest rooms, laundry: 375–555 m²), 5 residential clusters of 8–12 households each with shared courtyards, community garden allotments (1,500–2,500 m²), a kitchen garden feeding the common house (500–800 m²), a quiet zone (yoga/meditation: 50–80 m²), and its own e-bike charging hub. All internal circulation within a neighborhood is pedestrian-only. The 150 m walkability radius from common house to farthest cluster is preserved.
2.2 What belongs to the settlement
The shared services core sits equidistant from all neighborhoods, reachable in 1.5–3 minutes by e-bike or 2–4 minutes by electric shuttle. It contains: health clinic (150–250 m²), school/learning center (400–700 m² indoor + 400–700 m² outdoor), nursery and preschool (180–270 m²), FabLab and workshops (430–550 m²), coworking space (400–600 m²), multipurpose hall (350–500 m²), swimming pool complex (400–700 m²), community store (60–100 m²), and administration offices (40–60 m²). Total shared built area: 3,755–6,320 m².
2.3 Governance layers
Decision-making is nested in three layers matching the spatial structure.
| Layer | Scope | Mode | Tech role | Threshold |
|---|---|---|---|---|
| Cluster circle (8–12 HH) | Courtyard, neighbour relations | Face-to-face consent | None needed | No objection |
| Neighborhood assembly (~55 HH) | Dining, common house, gardens, budget, local events | Biweekly physical + async platform | Proposal lifecycle, pre-vote temp checks, transparent minutes | Per bylaws (>50% to 2/3) |
| Settlement council (all HH) | School, clinic, budget, infrastructure, membership equity | Monthly physical + continuous digital | Full liquid delegation, domain-specific proxy voting, referendum triggers | Per bylaws (>50% to 3/4) |
The Cooperative Bylaws Article 5.4 encode the tiered voting thresholds: >50% for ordinary decisions, 60% for significant decisions, 2/3 for structural decisions, 3/4 with 60% quorum for fundamental decisions. The governance platform automates compliance checking against these thresholds.
2.4 Budget split
Approximately 60% of member contributions fund neighborhood-level operations (common house, dining, gardens, local maintenance) and 40% fund the settlement shared fund (clinic, school, workshops, infrastructure, vehicle fleet, solidarity fund). At $300/month per member, 300 people generate $90,000/month total — $54,000 to neighborhoods ($18K each) and $36,000 to the shared fund. This is supplemented by cooperative business revenue, tourism, workshops, and coworking income.
3. Design philosophy and spatial identity
The Core Principles document defines 17 operational principles, of which 7 directly shape the spatial program. The three that matter most for architecture are:
Human and nature-centered design (Principle §2.7). The built environment serves biological life first. Land use follows permaculture zoning: Zone 0 (dwellings), Zone 1 (kitchen gardens, herb spirals), Zone 2 (greenhouses, orchards), Zone 3 (field crops), Zone 4 (managed forest), Zone 5 (wild biodiversity reserve). Every settlement begins with at least one full seasonal cycle of site observation before major construction. Water is harvested through swales and gravity before any pumping is considered. Construction prioritises local, natural, low-embodied-energy materials.
Sustainability and self-sufficiency (Principle §2.2). Food, energy, water, and waste systems are designed as closed-loop on-site systems. The gap between current capacity and full self-sufficiency is measured and actively narrowed. This is not decorative sustainability — it is the material foundation of how Kont survives.
Radical transparency (Principle §2.8). All financial records, governance minutes, contracts, and performance metrics are accessible to every member. This has spatial implications: the administration building must be open and accessible, not tucked away. Meeting rooms need digital display infrastructure for real-time dashboards. The governance platform is as much infrastructure as the water system.
3.1 The spatial feel
The settlement should feel like a village that grew intelligently over time, not a single architectural gesture. Variation in building form, material, and scale is desirable. Narrow shaded paths open onto courtyards; courtyards connect to a neighborhood plaza; the plaza overlooks productive gardens. Technology is present but invisible: panels integrated into roofscapes, water systems embedded in landscape, smart governance behind traditional facades. The atmosphere is calm, handmade in character, deeply connected to the ground.
Critical risk. The Benchmark Report identifies a recurring failure: communities that prioritise aesthetic vision over functional infrastructure. Auroville’s Galaxy Plan is beautiful but only 6.5% realized after 57 years. The spatial feel must emerge from good functional design, not be imposed on it.
4. Precedent analysis: what we take, what we leave
KONT-REF-001 Benchmark Report analyses 12 communities across 4 categories. For each, we extract a specific spatial lesson and flag what must not be replicated.
| Precedent | Take (spatial lesson) | Leave (what failed) | Kont application |
|---|---|---|---|
| Masdar City | 9 m building spacing, NE-SW streets, wind tower, 200 m walkability | Top-down megaproject; no community governance; residents are tenants | UAE site street section and passive cooling only |
| Findhorn | Cluster neighborhoods with shared infrastructure; wind turbines > demand | Single revenue dependency (education); 2023 insolvency | Cluster model + multiple revenue streams from day one |
| Kibbutz Lotan | Privacy gradient: centre → periphery; natural building in desert | 160 people too small for services; economic isolation | Privacy gradient + connect to multi-neighborhood services |
| Auroville | Green Belt concept; progressive vehicle exclusion toward centre | Government takeover; 6.5% of target after 57 years; governance vacuum | Legal autonomy in constitution; binding growth milestones |
| Danish cohousing | Common house on daily path; 78 m² units + 10–15 m²/HH shared | 25–35 HH max for consensus; no shared services at scale | Neighborhood-level common house; services shared across neighborhoods |
| ReGen Villages | Housing encircles food production; closed-loop waste→energy→food | Concept only; no operating settlement at scale | Productive landscape as organizing centre, not amenity |
| Serosun Farms | 75/25 open-to-built ratio; farm as economic centre | Not cooperative; no shared governance or dining | Land ratio benchmark; add cooperative layer |
| Damanhur | Federation of 15–30 person nucleos; 600 total; constitution + currency | Spiritual founder dependency; slow replication (50 years, 1 site) | Federation model; founder-independent governance |
| Mondragon | 266 autonomous cooperatives; 80K people; solidarity fund; 5:1 pay ratio | Not a residential community; industrial not agricultural | Economic model; surplus allocation; inter-settlement solidarity |
| Batıkent | 109 mini-coops under Kent-Koop; 50K units in 4 years; gov’t partnership | Required favourable political environment (no longer exists in TR) | Cooperative federation structure; don’t depend on government goodwill |
| Twin Oaks | 100 people; planner-manager system; diversified businesses | Rejected consensus at ~100; cap at 100 limits services | Professional management for business; neighborhood governance for life |
5. Spatial program: per-neighborhood facilities
Each neighborhood gets its own set of the following facilities. For a 2-neighborhood settlement, multiply totals by 2; for 3, by 3. Sizes shown are per neighborhood (~55 households, ~150 people).
5.1 Common house
| Component | Area (m²) | Notes |
|---|---|---|
| Communal kitchen | 60–80 | Semi-professional; volunteer cooking rotation for 60–100 diners |
| Dining hall | 120–180 | Seats 80–100; acoustic design for conversation, not cafeteria |
| Community lounge | 50–70 | Informal gathering, reading, board games |
| Children’s playroom | 40–60 | Indoor play for under-6; visible from lounge and kitchen |
| Guest rooms (3–4) | 60–100 | For prospective members, visitors, family guests |
| Shared laundry | 25–35 | 2–3 machines; communal folding area |
| Storage / utility | 20–30 | Cleaning, linens, event supplies |
| Common house total | 375–555 | Must sit where daily path from parking to home passes through |
5.2 Residential
| Unit type | Count (×1 nbhd) | Avg m² | Subtotal m² |
|---|---|---|---|
| Studio / 1+1 apartment | 10–15 | 50 | 500–750 |
| 2+1 apartment | 13–18 | 65 | 845–1,170 |
| 3+1 family apartment | 8–12 | 82 | 656–984 |
| Small villa / townhouse | 12–15 | 140 | 1,680–2,100 |
| Large villa | 4–6 | 180 | 720–1,080 |
| Residential total | ~55 units | 4,400–6,100 |
Units organized in 5 clusters of 8–12 households sharing semi-private courtyards of 200–400 m². Mix: ~60% apartment, ~30% townhouse, ~10% villa. Cluster scale corresponds to Dunbar’s 15-person sympathy group.
5.3 Neighborhood landscape and support
| Component | Area (m²) | Notes |
|---|---|---|
| Cluster courtyards (5 × 300) | ~1,500 | Semi-private outdoor living rooms per cluster |
| Community garden allotments | 1,500–2,500 | Individual plots + communal beds |
| Kitchen garden | 500–800 | Feeds common house; intensive veg, herbs, salad |
| Children’s outdoor play | 150–250 | Age-separated; visible from common house |
| Neighborhood plaza | 300–500 | Gathering, markets, outdoor dining |
| Yoga / meditation room | 50–80 | Quiet zone on periphery |
| Bike storage (55 HH × 3 m²) | ~165 | Covered, per cluster |
| Community storage (55 HH × 3 m²) | ~165 | Seasonal items, tools |
| E-bike hub | 30–40 | 8–12 docks with shelter |
| Landscape + support total | 4,360–6,000 |
Total per neighborhood (built + landscape): ~9,100–12,700 m² (~0.9–1.3 ha built footprint + ~0.4–0.6 ha landscape)
6. Spatial program: settlement-level shared facilities
Built once, serving all 300–450 residents. Located in the central services core.
6.1 Health and wellness
| Facility | Area (m²) | Notes |
|---|---|---|
| Community health clinic | 150–250 | 2–3 exam rooms, consultation, reception, pharmacy, admin. GP 4–5 days/week + nurse |
| Fitness / gym | 80–150 | Cardio, weights, stretching. 15–20 simultaneous users |
| Wellness (sauna + hamam) | 80–120 | Sauna 8–15 m²; hamam 12–20 m²; changing, showers, relaxation |
| Health subtotal | 310–520 | Clinic near primary access for ambulance |
6.2 Education and childcare
| Facility | Area (m²) | Notes |
|---|---|---|
| School / learning center (K-8) | 400–700 indoor | 3–4 classrooms, science/art room, teacher office. 40–70 students |
| Outdoor learning area | 400–700 | Nature play, garden lab, covered outdoor classroom |
| Nursery / crèche (0–3) | 80–120 | 15–20 children. 3.5 m²/child + staff |
| Preschool (3–6) | 100–150 | 20–30 children. 2.3 m²/child |
| Library / media center | 60–100 | 5,000–8,000 items; 15–20 reader seats |
| Education subtotal | 1,040–1,770 | Central; visible from residential. Play areas 7+ m²/child |
6.3 Maker spaces and work
| Facility | Area (m²) | Notes |
|---|---|---|
| FabLab (digital fabrication) | 160–200 | Laser, CNC, 3D print, electronics. Revenue from workshops. Budget: $50–80K equip. |
| Woodworking workshop | 80–120 | Acoustically separated. Dust extraction. ≥30 m from bedrooms |
| Ceramics / art studio | 60–100 | Kiln room separate. Wheel, hand-building, glazing |
| General maker space | 100–180 | Repair, sewing, metalwork, prototyping. 4 m²/user |
| Tool library | 30–50 | Shared tools, lending system |
| Coworking space | 400–600 | 40–50 desks, 6 phone booths, 2 meeting rooms, pantry |
| Maker/work subtotal | 830–1,250 | Workshops at settlement periphery; coworking near core |
6.4 Gathering and recreation
| Facility | Area (m²) | Notes |
|---|---|---|
| Multipurpose hall | 350–500 | Settlement-wide events, concerts, festivals. Flexible furniture |
| Outdoor amphitheater | 200–400 | 100–250 seats + stage. Natural terrain |
| Swimming pool complex | 400–700 | 25 m lap + children’s pool, deck, changing, plant room |
| Central services plaza | 400–800 | Settlement-scale gathering, outdoor markets |
| Prayer / contemplation room | 25–40 | Non-denominational; quiet zone; natural light |
| Gathering subtotal | 1,375–2,440 | Pool essential in UAE for year-round recreation |
6.5 Services and commerce
| Facility | Area (m²) | Notes |
|---|---|---|
| Cooperative store / market | 60–100 | Daily necessities + settlement-produced goods |
| Administration / settlement office | 40–60 | Council room, committees, archive, governance displays |
| Food processing / preservation | 60–100 | Canning, drying, fermenting. Shared across neighborhoods |
| Cold storage | 40–80 | Walk-in cooler and freezer |
| Services subtotal | 200–340 | Store near services core entry for visitor access |
Total settlement-level shared facilities: 3,755–6,320 m² (built footprint ~0.8–1.5 ha including outdoor learning and plaza areas)
7. Spatial program: productive landscape and food systems
Target: 30–50% vegetable self-sufficiency. Food production is a structuring spatial element, not an amenity. The Core Principles (§2.2) mandate that the gap between current capacity and full self-sufficiency is measured and actively narrowed. The Financial Sustainability Model projects agriculture and food production at 30–35% of total revenue.
| Component | Per person (m²) | 150 ppl (1 nbhd) | 300 ppl (2 nbhd) | 450 ppl (3 nbhd) |
|---|---|---|---|---|
| Greenhouses (year-round) | 10–25 | 1,500–3,750 | 3,000–7,500 | 4,500–11,250 |
| Open vegetable fields | 40–80 | 6,000–12,000 | 12,000–24,000 | 18,000–36,000 |
| Community orchards | 10–20 | 1,500–3,000 | 3,000–6,000 | 4,500–9,000 |
| Food forest / permaculture | 20–50 | 3,000–7,500 | 6,000–15,000 | 9,000–22,500 |
| Aquaponics facility | 1–2 | 150–300 | 300–600 | 450–900 |
| Food storage + processing | — | 50–80 | 100–180 | 150–240 |
| Total productive | 80–175/person | 1.2–2.7 ha | 2.4–5.3 ha | 3.7–8.0 ha |
Critical risk. In the UAE, all food production water must come from treated greywater, reclaimed wastewater, or desalinated water. Greenhouses function as shade structures (inverse of cold-climate use). Drip irrigation demand: 4–8 L/m²/day. Water is the binding constraint in UAE — the productive landscape program must be sized to available reclaimed water, not food production targets.
Labour model. A full-time farm manager plus 2–3 community agriculture coordinators manage the productive landscape. Community members contribute 2–4 hours/week to garden work through the labour credit system (per KONT-MEM-001). The kibbutz trajectory warns that above ~200 people, food production professionalizes and volunteer participation becomes sporadic — the farm manager role is essential to maintain quality while preserving community participation.
8. Spatial program: sustainability infrastructure
8.1 Solar energy
Both geographies offer excellent solar: TR 1,600–1,700 kWh/m²/yr; UAE 2,000–2,200 kWh/m²/yr.
| Parameter | 150 people | 300 people | 450 people |
|---|---|---|---|
| PV capacity (1.5 kWp/person) | 225 kWp | 450 kWp | 675 kWp |
| Rooftop + ground array area | 1,800–2,600 m² | 3,600–5,200 m² | 5,400–7,800 m² |
| Battery storage (2-day) | ~1,830 kWh | ~3,670 kWh | ~5,500 kWh |
| Solar thermal (DHW) | 150–300 m² | 300–600 m² | 450–900 m² |
| Energy equipment building | 100–150 m² | 200–350 m² | 280–450 m² |
8.2 Water systems
| System | 150 people | 300 people | 450 people |
|---|---|---|---|
| Rainwater cisterns (TR, 800 mm) | 300–750 m³ | 600–1,500 m³ | 900–2,250 m³ |
| Greywater treatment footprint | 25–50 m² | 40–80 m² | 60–120 m² |
| Constructed wetlands area | 600–900 m² | 1,200–1,800 m² | 1,800–2,700 m² |
| CW + buffers (+40%) | 840–1,260 m² | 1,680–2,520 m² | 2,520–3,780 m² |
| Potable water storage (5-day) | 90 m³ | 180 m³ | 270 m³ |
8.3 Solid waste
| Component | 150 people | 300 people | 450 people |
|---|---|---|---|
| Organic waste | 30–60 kg/day | 60–120 kg/day | 90–180 kg/day |
| Composting facility | 100–220 m² | 200–450 m² | 300–650 m² |
| Recycling sorting/storage | 30–50 m² | 50–80 m² | 75–120 m² |
| Biogas digester (optional) | 40–80 m² | 80–150 m² | 120–220 m² |
Target: 0.3–0.5 kg/person/day (vs 1.5+ conventional). >90% landfill diversion.
9. Zoning, adjacency, and the privacy gradient
The privacy gradient operates at two scales: within each neighborhood and across the settlement. At both scales, the principle is the same: concentric zones from public to private.
Public zone (settlement perimeter): Vehicle parking, settlement signage, farm stand, visitor welcome. The settlement’s face to the world. Open and inviting.
Semi-public zone (shared services core): Clinic, school, workshops, coworking, multipurpose hall, plaza. The most active and accessible spaces. Open to all tiers of membership and to visitors during Open Doors programming.
Semi-private zone (neighborhoods): Common houses, residential clusters, community gardens. Accessible to all settlement members but socially ‘owned’ by each neighborhood.
Private zone (individual dwellings): Home, entry threshold, private garden/terrace. Front porches 1.5–2.5 m deep as public-private interface.
9.1 Key adjacency rules
Common house sits where all cluster paths converge — on the daily route from parking to home. Children’s facilities (nursery, preschool, school) in the services core, visible from residential areas. Parents should see outdoor play from their clusters. Workshops (woodworking, metalwork) at settlement periphery, min 30 m acoustic buffer from bedrooms. FabLab and art studios can be closer to the core. Health clinic near primary access road for ambulance, within 150 m of all residential units. Agricultural areas radiate outward: allotments closest to homes (<200 m), greenhouses mid-ring, orchards and food forest outer ring. Wellness and contemplation in quiet zone, away from workshops and children’s play.
10. Micro-mobility network and circulation
10.1 Path hierarchy
| Path type | Width | Speed | Surface | Function |
|---|---|---|---|---|
| Settlement spine | 4.0–5.0 m | 15 km/h | Smooth paved, lit | Connects neighborhoods to services core. Shared ped + e-bike. Reinforced for emergency. |
| Neighborhood loop | 3.0–3.7 m | 6 km/h | Stone or brick, shaded | Clusters to common house. Pedestrian-priority, e-bikes at walking speed only. |
| Cluster path | 1.5–2.4 m | Walking | Stabilized gravel | Homes to courtyard. Pedestrian only. Intimate scale. |
| Service ring | 3.5–4.0 m | 20 km/h | Reinforced | Perimeter. Electric utility vehicles only. Emergency + deliveries. Bollard-controlled. |
10.2 Fleet sizing (300–450 people)
| Vehicle | Quantity | Ratio | Notes |
|---|---|---|---|
| Shared e-bikes | 30–45 | 1 per 3–4 HH | Docked at 4 hubs. Class 1, 25 km/h. Charge overnight from solar. |
| E-cargo bikes | 6–10 | 2–3 per nbhd | Grocery, farm-to-kitchen, school drop-off. 80–120 kg payload. |
| Electric shuttle (8–12 seat) | 1–2 | Fixed loop | Parking→A→Core→B→C→Parking. Every 10–15 min peak. ADA accessible. |
| Electric utility vehicle | 3–5 | Staff only | Maintenance, farm work, waste, deliveries. Flatbed/pickup. |
| Shared EVs | 8–15 | 1 per 10–12 HH | Perimeter parking. App-based. Off-settlement trips. All solar-charged. |
| Private bike parking | 220–330 spaces | 2 per HH | Covered, secure, per cluster. |
Total path network: ~3.5 km. Spine: 1.2–1.5 km. Loops + cluster: ~2.0 km. Service ring: ~1.5–2.0 km.
Emergency access. Per fire code, every building exterior wall within 46 m of fire access road. 6.1 m clear width, 4.1 m vertical clearance. Min turning radius 7.6 m. Non-negotiable.
UAE adaptation. Settlement spine must be fully covered with shade structures or pergolas. Shuttle becomes primary inter-neighborhood transport May–September (climate-controlled). Shuttle stops enclosed and cooled. E-bike use concentrates October–April.
10.5 Türkiye vs UAE Spatial Comparison
Critical differences in site requirements, built form, and infrastructure sizing drive geometry, materials, and phasing strategy.
| Parameter | Türkiye (Aegean / Central Anatolia) | UAE (Ras Al Khaimah) | Design Implication |
|---|---|---|---|
| Climate | Hot-dry summer (34°C), wet-mild winter (6°C low); or Continental (30°C summer, -3°C winter) | Desert >40°C (to 50°C+), coastal humidity >90%, May–Sep unsafe outdoors | TR: rainwater harvesting + passive cooling; UAE: max passive + AC envelope, outdoor use Oct–Mar only |
| Annual rainfall | 1,000+ mm (Aegean) or 400 mm (Central Anatolia) | 80–120 mm/yr | TR: cisterns bridge dry summer; UAE: all water from greywater recycling or desalination |
| Solar availability | 1,600–1,700 kWh/m²/yr | 2,000–2,200 kWh/m²/yr | UAE: 25–30% more solar; both sites viable for 100% renewable energy targets |
| Building form | Courtyard hayat houses (E-W long axis, N-S openings); dense clustering with 3–6 m streets; thermal mass via stone | Compact medina (9 m building spacing); barjeel wind towers; mashrabiya screens; window-to-wall 15–25% E/W | TR: cultural continuity + local materials (limestone, timber); UAE: passive cooling non-negotiable, active AC critical |
| Wall construction | 50–80 cm stone (thermal mass); seismic design per TBDY 2018 mandatory | U-value ≤0.57 W/m²K; airtight envelope; seismic not critical | TR: traditional methods viable; UAE: requires high-spec envelope + certified installations |
| Site area per capita | 0.05–0.083 ha/person (for 300–450 scale on 15–25 ha) | 0.05–0.083 ha/person (same scale & ratio) | Both geographies: same settlement footprint; difference is water/food production viability |
| Productive landscape | 4–8 ha feasible; rainwater + seasonal labor + climate-adapted crops viable | 0.5–2 ha only (water-constrained); greywater allocation critical; vertical/indoor farming needed | TR: meaningful food production possible; UAE: landscape primarily shade + biodiversity, external food sourcing required |
| Water self-sufficiency | 60–80% achievable (rainwater + greywater + limited external) | 20–40% only (all food water from greywater/reclaimed); interior demand reduction 40% mandatory | TR: closed-loop feasible; UAE: permanent external water dependency; water is binding constraint |
| Infrastructure costs | $8–15M full build-out (300–450 people); $26K–50K/person | $18–28M full build-out (same scale); $60K–100K/person | UAE: 2.0–2.4x higher per-capita cost; land, envelope, water systems, AC infrastructure |
| Mobility adaptation | E-bikes year-round; shared EVs for external trips; pedestrian-primary streets | E-bikes Oct–Apr only; climate-controlled shuttle May–Sep; all outdoor circulation shaded; AC shuttle stops | TR: micro-mobility simplifies; UAE: spatial design must embed active cooling + shade (15–20% overhead increase) |
| Land acquisition strategy | Prioritize pre-zoned development land over cheap agricultural (zoning adds 6–24+ mo + objection risk) | RAK interior: $2.2M–7.4M / 5 ha; Government land partnership may be viable (pending policy) | TR: regulatory path clear but expensive; UAE: higher land cost but potential for expedited government approvals |
| Regulatory path | Turkish Building Code (TBDY 2018) + municipal planning; MEB school licensing (alternative: enrichment program initially) | Estidama Pearl (Abu Dhabi) or Al Sa’fat (Dubai) rating required; expatriate residency constraints pending nationality law clarity | TR: well-understood regulatory process; UAE: sustainability standards high but nationality rules create uncertainty |
11. Climate adaptation: Türkiye
11.1 Aegean / Mediterranean site
Hot-dry summers (34°C+), mild-wet winters (6°C low), 1,000+ mm rainfall Nov–Mar. Solar: 1,600–1,700 kWh/m²/yr. NW sea breezes in summer.
Building form. Traditional hayat house template — open gallery facade for shade and cross-ventilation. E-W long axis, N-S openings. 50–80 cm stone walls for thermal mass. Vine pergolas and courtyard microclimates with citrus, fig, pomegranate. Street widths 3–6 m for mutual shading.
Materials. Local limestone/sandstone walls, timber frame with stone infill (hımış system for seismic flexibility), clay tile roofing. Seismic design per TBDY 2018 is non-negotiable. The 2023 earthquake disaster proved that code compliance and enforcement matter as much as the code.
Water. 1,000+ mm/yr rainfall makes rainwater harvesting viable. Cisterns bridge the 4–6 month dry summer. Permeable paving replicates traditional stone street permeability.
11.2 Central Anatolia site
Continental: summer 30°C+, winter -3°C, only 400 mm/yr. 15–20°C diurnal variation makes thermal mass highly effective. Thick walls (60–100 cm), compact clustering, narrow winding streets to break winter winds. Cappadocia’s tuff cave architecture demonstrates earth-sheltering benefits. Semi-bermed construction viable for residential clusters.
12. Climate adaptation: UAE
Temperatures regularly exceed 40°C (records to 50°C+), coastal humidity >90% summer, 80–120 mm/yr rainfall, regular sandstorms. Outdoor activity dangerous May–September.
Compact urban form. 9 m building spacing (Masdar standard) creates 10–15°C cooler streets. NE-SW street orientation. Traditional medina fabric is the most thermally effective form. Wind towers (barjeel) reduce indoor temps ~10°C without energy. Mashrabiya screens on all sun-exposed facades: shading + daylight + privacy + ventilation. Window-to-wall ratio 15–25% on E/W facades.
Envelope performance. Wall U-value ≤0.57 W/m²K, roof ≤0.30, glazing ≤1.9, SHGC <0.25. Meet Estidama Pearl Rating (Abu Dhabi) or Al Sa’fat (Dubai). Airtight envelopes critical against humid air infiltration. AC accounts for ~70% of summer electricity — passive design must minimize this load.
Water targets. 40% interior demand reduction, irrigation ≤2 L/m²/day, 70% native/drought-tolerant plants, greywater recycling, AC condensate recovery. Outdoor spaces designed primarily for Oct–Mar use.
12.5 Land Use Allocation: Full Site Distribution
The 15–25 hectare settlement is allocated across functional zones with explicit ratios maintained to preserve the balance between built density and open space.
| Land Use Category | Area (ha) | % of Total | Purpose | Design Notes |
|---|---|---|---|---|
| Built Environment (Core) | ||||
| Neighborhood A: Core residential + common house | 2.0–2.5 | 13–17% | 100–150 people, communal dining, workshops, children’s space, admin | 10,000–12,000 m² per neighborhood; Phase 1 focus |
| Neighborhood B: Residential + common house (Phase 2+) | 2.0–2.5 | 13–17% | 100–150 people; mirrors Neighborhood A | Built only when demand + revenue justify |
| Neighborhood C: Residential + common house (Phase 3+) | 2.0–2.5 | 13–17% | 100–150 people; optional, 300-person target | Triggered by waiting list + financial readiness |
| Shared facilities node (central campus) | 0.8–1.2 | 5–8% | Health clinic, school (K-8, 40–60 children), FabLab, multipurpose hall, library, admin expansion | 3,700–6,300 m² total; walkable from all neighborhoods |
| Subtotal Built | 8.8–10.2 | 59–68% | Including 25% circulation margin (roads, paths within neighborhoods) | |
| Open Space & Landscape | ||||
| Productive landscape (orchards, vegetables, greenhouses, food forest) | 4.0–8.0 | 27–33% | TR: 60–80% food self-sufficiency goal; UAE: 20–40% only, smaller footprint | Water-constrained in UAE; TR uses rainwater + seasonal labor |
| Water infrastructure footprint (cisterns, treatment, ponds) | 0.5–1.0 | 3–7% | Rainwater cisterns (TR: 600–2,250 m³); greywater treatment; retention ponds (stormwater) | Visible/educational; integrated into landscape design |
| Community gathering spaces (courtyards, plazas, amphitheater) | 0.3–0.5 | 2–3% | Public assembly, celebrations, markets, performances | Shaded (pergolas, trees); central plaza at shared facilities node |
| Native forest / biodiversity buffer (perimeter) | 1.0–2.0 | 7–13% | Wildlife habitat, wind/sound buffering, visual screen from external | Species selected per local ecology and climate zone |
| Circulation (roads, paths, parking) | 1.0–1.5 | 7–10% | Main access road (30 ft), secondary roads (24 ft), pedestrian/bike paths (8–12 ft), vehicle parking at perimeter | E-bikes 1 per 3–4 HH (30–45 total); EVs 1 per 10–12 HH (8–15 total) in perimeter lots |
| Renewable energy infrastructure (solar arrays, wind) | 0.3–0.6 | 2–4% | Distributed rooftop solar + ground-mounted arrays on south-facing slopes (TR) or dedicated field (UAE) | Not subtracted from open space; often integrated with shade structures |
| Subtotal Open Space | 7.1–13.6 | 47–73% | Actual ratio depends on productive landscape viability (UAE smaller, TR larger) | |
| TOTAL SITE | 15–25 | 100% | 300–450 people at full build-out | 25:75 built-to-open ratio (25% built, 75% open). Phased population + staggered development preserve ratio throughout. |
Land allocation strategy by phase:
| Phase | Population | Neighborhood(s) | Productive Landscape Developed | Shared Facilities Online | Remarks |
|---|---|---|---|---|---|
| 1: Seed | 50–80 | A only | 1–2 ha (core demonstration) | Clinic + school (modular), FabLab | Infrastructure backbone for 450 installed; settlement capacity visible |
| 2: Growth | 150–200 | A + B | 2–4 ha (expansion + food security) | Full clinic + school + multipurpose hall | Productive landscape expansion follows population; revenue allows |
| 3: Completion | 300–450 | A + B + C | 4–8 ha (full target, TR only; 0.5–2 ha UAE) | Full node including coworking + expanded education | Food self-sufficiency roadmap adjusted per actual water yield |
13. Governance architecture: tech-enabled direct democracy
The Cooperative Bylaws Article 5 establish the General Assembly as supreme authority with sociocratic consent as preferred decision mode and tiered supermajority fallbacks. The multi-neighborhood model requires extending this to three nested governance layers (see §2.3 above).
Liquid delegation is the key innovation: every Core Member can vote directly on any settlement-level issue, or delegate to a trusted neighbour per topic domain (agriculture, finance, education, etc.). Delegations are revocable at any time with one tap. Any decision can be pulled to a settlement-wide referendum by petition of 10% of Core Members (per Bylaws Article 5.3). The platform (Decidim or a custom fork) handles proposal lifecycle, discussion threads, delegation management, vote counting, constitutional compliance checking, and full audit trail.
Critical risk. Technology is not governance. The platform is a tool, not a substitute for in-person deliberation. The Benchmark Report’s analysis of Italy’s Five Star Movement shows that digital platforms can devolve into oligarchic control if participation design is poor. The physical assembly remains supreme; the platform extends reach and lowers friction, not replaces face-to-face reasoning.
14. Service economics: the financial case for scale
The Revenue Streams Model (KONT-FIN-002) projects $900k–$1.86M annual revenue at steady state (Türkiye settlement). Sharing services across neighborhoods reduces per-capita cost by 40–65% vs duplicating them.
| Service | At 150 people | At 300–450 (shared) | Cost reduction |
|---|---|---|---|
| Health clinic | Not viable standalone (GP 1 day/wk) | GP 4–5 days/wk. Viable | ~65% |
| School (K-8) | 15–20 children; 1 teacher; minimal | 45–75 children; 3–4 teachers; genuine | 50–60% |
| FabLab | $50–80K equip for ~15 users; idle | $50–80K equip for 40–70 users; well-utilized | 55–65% |
| Swimming pool | $200–330/person/yr ops; unjustifiable | $70–165/person/yr; viable as amenity | 50–70% |
| Cooperative store | Marginal; more pantry than store | Supports 1–2 staff; real product range | N/A (viability threshold) |
Establishment costs from the Feasibility Study for full build-out: $8–15M (Türkiye, 300–450 people) or $18–28M (UAE). Per-person: $26K–50K (TR) or $60K–100K (UAE). Operating costs: $2,000–4,900/person/yr (TR) or $4,700–10,000/person/yr (UAE). Revenue target portfolio: agriculture 30–35%, tourism 20–25%, education/retreats 20–25%, coworking 10–15%, consulting 5–10%.
15. Phased development: population-triggered growth
Each phase launches only when the previous phase demonstrates viability — financial and social. The Roadmap identifies realistic timelines of 48–60 months from idea to first residents, with each phase taking longer than founders anticipate.
| Phase | Population | Duration | What gets built | Trigger for next |
|---|---|---|---|---|
| 0: Foundation | 0 on site | 0–18 mo | Legal entity, land secured, 20+ HH committed, $1.5M+ raised, permits | Site + permits + capital + committed households |
| 1: Seed | 50–80 (20–30 HH) | 18–36 mo | Nbhd A core (common house + 2–3 clusters). Full infra backbone for 450. First greenhouse + gardens. Phase 1 solar. | 25+ HH in residence, common house active, 20+ HH waiting list |
| 2: First nbhd + services | 150–250 (55–90 HH) | 30–54 mo | Nbhd A complete (55 HH). Services core opens (clinic, school, FabLab, coworking). Nbhd B begins (20–30 HH). E-bike fleet + shuttle launch. | Nbhd A full, B at 60+ people, school 25+ children, clinic >50% util. |
| 3: Full settlement | 300–450 (110–165 HH) | 48–84 mo | Nbhd B complete. Optional Nbhd C. All shared services at full capacity. Pool, amphitheater. Full productive landscape. | 85%+ occupancy, 3+ yr wait list, surplus >20% → begin second Kont |
Critical infrastructure rule. Water mains, sewer trunk, electrical backbone, primary access road, fiber optic, and stormwater management are built to full 450-person capacity in Phase 1. Oversizing these costs 15–25% more upfront vs 300–500% for retrofit. Everything else is built only when the population and revenue to support it actually exist.
16. Site area summary and land budget
| Land use | 2 neighborhoods (300) | 3 neighborhoods (450) | % |
|---|---|---|---|
| Neighborhood residential + courtyards + gardens | 2.8–3.6 ha | 4.2–5.4 ha | 18–22% |
| Shared services core | 0.8–1.2 ha | 1.0–1.5 ha | 5–6% |
| Productive landscape | 4.0–6.0 ha | 5.0–8.0 ha | 30–35% |
| Energy + water infrastructure | 0.5–0.8 ha | 0.7–1.0 ha | 4–5% |
| Mobility (parking, paths, shuttle) | 0.4–0.6 ha | 0.5–0.8 ha | 3–4% |
| Buffer, biodiversity, recreation | 2.0–3.5 ha | 2.5–4.5 ha | 18–20% |
| Reserve / future expansion | 1.0–2.0 ha | 1.0–2.0 ha | 5–8% |
| TOTAL SITE | 11.5–17.7 ha | 15.9–23.2 ha | 100% |
Target site acquisition: 15–25 hectares. Built-to-open ratio ~25:75. One quarter built, three quarters productive or natural landscape. This ratio preserves village character regardless of whether final population is 300 or 450.
Feasibility Study land costs: Central Anatolia $14K–54K/ha (agricultural), $270K–1.35M/ha (development-zoned). Aegean: $41K–135K/ha (agricultural), $810K–5.4M/ha (development-zoned). RAK interior (UAE): $2.2M–7.4M / 5 ha. Prioritize pre-zoned land over cheap agricultural land — zoning conversion can add 6–24+ months and carries third-party objection risk.
17. Critical risks and unresolved questions
This section is intentionally uncomfortable. The Benchmark Report shows that ~90% of intentional community projects fail, and those failures are overwhelmingly caused by human dynamics, financial shortfalls, and governance breakdowns — not technical problems. Every risk below is drawn from a real community’s real failure.
Community formation risk (~90% failure rate). The gap between interest and commitment is enormous. Takoma Village Cohousing: 65 interested, 15 committed (23% conversion). The founding cohort of 20+ committed households with equity deposits is the single most difficult milestone in the entire project. No amount of good spatial design matters without people willing to live in it.
Governance at scale is unproven with this tech stack. Liquid delegation has been used by political parties (Five Star Movement, Podemos) and municipal platforms (Decidim in Barcelona), but never by a residential cooperative of 300–450 people governing their daily lives. The Kont governance architecture is original and untested. Fallback: the bylaws’ supermajority system works without the tech platform.
Turkish lira volatility. The lira has lost ~498% against the dollar since 2020. Forward hedging costs 25–35% annualized. The Feasibility Study recommends natural hedging: pricing in USD (per the v2.2.0 FX anchor in KONT-FIN-005 §10.2 + §16.3), maintaining hard-currency reserves, staging investments to benefit from depreciation.
Construction cost overruns (85% of projects). McKinsey data shows average 28% overrun globally. Recommended contingency: 25–35% for Türkiye, 15–20% for UAE. The Feasibility Study already includes these buffers, but they must be enforced.
Zoning and permit delays. Can stretch timelines 50–100%. Third-party objections trigger 1–3 year administrative court proceedings. Targeting pre-zoned land is the strongest mitigation.
The school as regulatory minefield. Turkey’s MEB (Ministry of National Education) has strict requirements for private school licensing. An ‘innovative educational institution’ may not fit existing categories. Alternative: start as a supplement/enrichment program (not accredited) and pursue accreditation in Phase 3.
UAE water scarcity for food production. Productive landscape water demand may exceed reclaimed water supply. The UAE program may require significantly smaller productive landscape than the TR program, with more reliance on vertical/indoor farming and external food sourcing.
Founder dependency. Currently a single founder. Turkish cooperative law requires 7 members minimum. The Benchmark Report identifies founder dependency as a top-5 failure mode (Tamera, early Damanhur). Recruiting 5+ founding members is the immediate priority.
18. Conclusion: what this brief asks of an architect
This document defines what must be built and how much of it. It does not prescribe how it should look. That is the architect’s creative domain — constrained by climate, site, budget, and these functional requirements, but free in form, material expression, and spatial poetry.
Four insights should guide the design translation.
1. The space between buildings matters more than the buildings. Danish cohousing, kibbutz spatial organization, and traditional Mediterranean villages all confirm this independently. Paths, courtyards, and thresholds either enable or inhibit daily social interaction. Design the gaps first, then the buildings.
2. Climate is a generative force, not a constraint to overcome. Masdar’s shaded streets, Kibbutz Lotan’s earth domes, Cappadocia’s cave settlements — the best precedents achieve comfort through partnership with climate. Passive design reduces energy demand 40–50% before mechanical systems engage.
3. Each neighborhood must feel complete on its own. A resident of Neighborhood A should be able to live a full social life — eating, gardening, governing, relaxing — without leaving their neighborhood. The shared services are a bonus, not a necessity for daily life. This is what makes the model resilient: if the settlement council has a bad month, neighborhood life continues uninterrupted.
4. Build for 50 first, prove it works, then grow. The Phase 1 seed neighborhood of 50–80 people must be a complete, livable community on its own — not a construction site waiting for Phases 2 and 3 to make it whole. If Phase 1 fails, nothing else matters. If Phase 1 succeeds, everything else follows.
19. Open Questions
- OQ-1: Türkiye first or UAE first? The feasibility numbers favour TR but UAE has the capital-access advantage. Decision belongs in KONT-OPS-002 Roadmap.
- OQ-2: 2 neighborhoods (300) or 3 neighborhoods (450) as the canonical build-out target? Current guidance: design for 3, commit to 2, let Phase 3 trigger the third neighborhood only on demonstrated demand.
- OQ-3: School as accredited K-8 or supplementary learning center? Blocks final sizing of education block. See §17 “school as regulatory minefield.”
- OQ-4: Realistic year-1 / year-5 / year-10 self-sufficiency targets for food and energy. Needed by KONT-FIN-003 Feasibility Study.
20. Decisions Log
| # | Date | Decision | Rationale | Decided by |
|---|---|---|---|---|
| D-1 | 2026-04-10 | Multi-neighborhood model, not single community | 150-person Dunbar ceiling vs 300-person service floor is unresolvable in a single community | Ahmet Turetmis, Founder |
| D-2 | 2026-04-10 | Canonical scale: 300–450 residents in 2–3 neighborhoods of 100–150 | Resolves the scale contradiction flagged in Phase 2 analysis; aligns with Hutterite, Damanhur, kibbutz federation precedents | Ahmet Turetmis, Founder |
| D-3 | 2026-04-10 | Site target 15–25 ha with 25:75 built-to-open ratio | Preserves village character; matches Serosun Farms benchmark | Ahmet Turetmis, Founder |
| D-4 | 2026-04-10 | Phase 1 infrastructure sized to full 450-person capacity | 15–25% oversizing upfront vs 300–500% for retrofit | Ahmet Turetmis, Founder |
| D-5 | 2026-04-10 | Lock v2.0 content as canonical v1.0 in the new repo; supersedes source v1.0 | Rebuild starts clean at v1.0 across the set | Ahmet Turetmis, Founder |