🐟 Fish Farming ROI Calculator

Calculate the full profitability of your fish farm. Catfish, tilapia & trout — with local feed prices, fingerling costs, pond setup and sensitivity analysis.

🌎 15 Countries 🐟 3 Species 📈 Full ROI Analysis 🌐 100% Free
Central Africa (1)

About the Fish Farming ROI Calculator

AfroTools' Fish Farming ROI Calculator is built specifically for African aquaculture conditions. It calculates your full farm profitability — from fingerling purchase through feed costs, labor, infrastructure, processing, and final sale — giving you accurate profit, ROI, and payback period.

Species Covered

The calculator covers the three most commercially significant species for African aquaculture: African Catfish (Clarias gariepinus) — the dominant species in West Africa especially Nigeria; Nile Tilapia (Oreochromis niloticus) — farmed across all 15 countries, with Egypt being Africa's largest producer; and Rainbow Trout — viable in highland regions of Kenya, South Africa, Ethiopia and Morocco.

What's Calculated

Production metrics (fish stocked, survival rate, total harvest), full operating costs (feed, fingerlings, labor, electricity, water, medications, transport), infrastructure costs amortized over asset life, revenue with or without processing premium, ROI and payback period, break-even selling price, and five sensitivity scenarios.

Frequently Asked Questions

What production systems does the calculator support?

Earthen ponds, concrete tanks, tarpaulin/collapsible tanks (very popular in urban Nigeria and Ghana), and lake/pond cage culture (common in Kenya's Lake Victoria and Ghana's Lake Volta). Each system has different stocking densities and infrastructure costs.

Why is feed such a large share of cost?

Feed typically accounts for 60–70% of operating costs in fish farming. Feed Conversion Ratio (FCR) — the kg of feed needed to produce 1 kg of fish — is the most critical efficiency metric. Imported floating pellets give the best FCR (1.2–1.5) but cost more; farm-made feed costs less but FCR may be 2.0+.

Should I use all-male tilapia?

Yes — for tilapia farming, using all-male (mono-sex) populations prevents uncontrolled breeding which causes overcrowding, competition for feed, and stunted growth. Hand-sexing fingerlings or buying hormone-reversed fingerlings from a reliable hatchery is the standard practice.

How many cycles per year are possible?

Catfish and tilapia in tropical regions can reach 2 cycles per year with a 5–6 month grow-out period. Trout requires 10–12 months. In some climate zones you may only achieve 1 cycle. The calculator allows 1 or 2 cycles when computing annual profit.

What data sources are used?

Feed prices from country-specific agri-input markets and FAO inputs. Fingerling prices from national hatcheries and farmer surveys. Labor rates from ILO and national labor bureaus. Selling prices from major urban markets and farm-gate surveys (2024–2025 data).