Modular Hexagon City Dimensions for the Caribbean Sea (80 acres), Considering an 80-acre (32.38 hectares) area for your floating city, here's a breakdown of potential dimensions for different activities within the hexagonal modules. Hexagon side length: Let's assume a side length of 150 meters. This provides a good balance between manageability and space utilization. With this length, the total area of a single hexagon would be approximately 4.33 hectares. Number of modules, To cover 80 acres with 150m side hexagons, you'd need around 18-20 modules. This allows for flexibility in arranging them and creating different functional zones.
, self-sustaining floating city designed to address the challenges of rising sea levels and population growth in the Caribbean region. It envisions a community that fosters innovation, sustainability, and economic growth while embracing the unique cultural heritage of the region. with residential, commericial, agriculture, infra structure, Recreational etc. with massing
• Verticality: To maximize space and accommodate more people, consider stacking modules vertically. Two or three levels would be manageable, with each level dedicated to a specific activity type.
• Central Hub: The central hub could be a larger, fortified structure positioned in the center of the city. Its size would depend on the intended functions but could be several times larger than a standard module, potentially covering 2-4 hectares. around sea
Modular Hexagon City Dimensions for the Caribbean Sea (80 acres), Considering an 80-acre (32.38 hectares) area for your floating city, here's a breakdown of potential dimensions for different activities within the hexagonal modules. Hexagon side length: Let's assume a side length of 150 meters. This provides a good balance between manageability and space utilization. With this length, the total area of a single hexagon would be approximately 4.33 hectares. Number of modules, To cover 80 acres with 150m side hexagons, you'd need around 18-20 modules. This allows for flexibility in arranging them and creating different functional zones.
, self-sustaining floating city designed to address the challenges of rising sea levels and population growth in the Caribbean region. It envisions a community that fosters innovation, sustainability, and economic growth while embracing the unique cultural heritage of the region. with residential, commericial, agriculture, infra structure, Recreational etc. with massing
• Verticality: To maximize space and accommodate more people, consider stacking modules vertically. Two or three levels would be manageable, with each level dedicated to a specific activity type.
• Central Hub: The central hub could be a larger, fortified structure positioned in the center of the city. Its size would depend on the intended functions but could be several times larger than a standard module, potentially covering 2-4 hectares. around sea