Coffee Farm Designer - Plan Your Coffee Plantation

The choice between shade-grown and sun-grown coffee is not just an agricultural decision - it is a fundamental layout decision that affects every aspect of your farm design. Understanding the trade-offs helps you plan a plantation that matches your goals, climate, and market.

Sun-grown coffee maximizes short-term yield per hectare. Plants receive full sunlight, which drives faster growth and heavier berry production. The layout is straightforward: dense rows of coffee with minimal canopy interruption. However, sun-grown systems require more fertilizer because there is no nutrient cycling from shade tree leaf litter. They are more susceptible to temperature extremes, and the absence of bird habitat means greater reliance on pesticides for pest control. Sun-grown layouts work best at higher elevations where temperatures are naturally cooler and intense heat stress is less of a concern.

Shade-grown coffee trades peak yield for quality, resilience, and lower input costs. Shade trees - typically inga, erythrina, or carbonero - are planted on a wide grid (10-12 meters apart) with coffee filling the understory at 1.5-2 meter spacing. The layout is more complex because you need to manage two canopy layers, plan for shade tree growth over time, and ensure that shade coverage stays in the 40-60% range for Arabica.

The quality advantage of shade-grown coffee is well documented. Slower berry ripening under shade produces denser beans with more complex flavor profiles - exactly what specialty coffee buyers pay premium prices for. In Fincabout, you can model both approaches side by side, using the 3D view to see how shade coverage develops as trees mature.

A coffee plantation is not just about growing - it is also about processing. The layout of your post-harvest infrastructure affects labor efficiency, water usage, and ultimately the quality of your final product. Planning these elements on the same map as your planting blocks ensures everything connects logically.

The wet mill (beneficio) is the first stop after harvest. Fresh coffee cherries are depulped and fermented here to remove the fruit layer from the bean. The wet mill needs reliable water access, drainage for wastewater, and proximity to the areas where pickers are working. Place it centrally relative to your highest-production blocks to minimize transport distance during the intense harvest period. On sloped farms, position the mill below the planting blocks so gravity assists cherry transport.

Drying areas require flat, well-ventilated space with good sun exposure. Traditional raised drying beds or patios need to be large enough to handle peak harvest volume - roughly 15-20 square meters per hectare of plantation. Covered or mechanical dryers are alternatives for farms in regions with unpredictable weather during harvest season. On your farm map, position drying areas where they receive full sun and airflow, typically on ridges or south-facing slopes.

Storage for dried parchment coffee needs to be cool, dry, and ventilated. A dedicated bodega should be separate from chemical storage and away from moisture sources. Plan for storage capacity based on your expected production - approximately 60-80 kg of dried parchment per hectare of mature Arabica.

In Fincabout, infrastructure tiles let you place these facilities on your map and see how they relate to planting blocks, water sources, roads, and worker housing in one integrated layout.