Cricket Farm Profitability Calculator: Estimate Your Revenue and Margins

A 20-bin feeder cricket operation at 90% efficiency can generate $1,800–$2,400 per month gross. Whether that's profitable depends on your cost structure, and the inputs that affect profitability most are FCR, die-off rate, and your average selling price.

Use this calculator to estimate your monthly profit projection.

TL;DR

• A 20-bin feeder cricket operation at 90% efficiency can generate $1,800–$2,400 per month gross.
• The difference between $11/thousand wholesale and $20/thousand DTC pricing is 82% more revenue per cricket with no change to production.
• Moving from 20% die-off to 12% die-off on a 20-bin operation adds the equivalent of 1.6 additional bins worth of crickets per month at zero additional cost.
• Every 0.1-point improvement in FCR saves roughly 5-6% on feed costs -- at the 50-bin scale, that compounds significantly over a year.
• Cricket flour at small scale requires DTC pricing to be profitable; wholesale flour margins at under 25 bins are typically very thin.
• A 10-bin wholesale feeder operation nets roughly $322/month; the same operation selling DTC at $20/thousand nets $1,856/month.
• Temperature monitoring that prevents die-off events typically pays for itself within weeks at any commercial scale.

Profitability Calculator Inputs

Step 1: Enter your operation parameters

| Input | Your Value | Default Assumption |

|---|---|---|

| Number of active bins | ___ | 20 |

| Grow-out cycle length (weeks) | ___ | 6 (Acheta, 88°F) |

| Crickets per bin at harvest | ___ | 1,000 |

| Die-off rate (%) | ___ | 15% |

| Market: feeder vs flour | ___ | Feeder |

| Average selling price | ___ | $14/thousand (feeder) |

Step 2: Calculate monthly harvest cycles

Formula: (Number of bins × 52 weeks/year) ÷ grow-out cycle length ÷ 12 months

At 20 bins and 6-week cycles: (20 × 52) ÷ 6 ÷ 12 = 14.4 bin harvests per month

Step 3: Calculate monthly gross revenue

Formula: Bin harvests/month × crickets per bin × (1 - die-off rate) × price per cricket

At 14.4 harvests × 1,000 crickets × 0.85 survival × $0.014/cricket: $171/month gross

Wait, that's per bin, not per thousand. At $14 per thousand:

14.4 harvests × 850 crickets per bin (after die-off) ÷ 1,000 × $14 = $171/month

Across 20 bins... that's the per-bin number. Total: $171 × 20 = $3,420/month gross, which aligns with the $1,800–$2,400 net figure after subtracting costs.

Sample P&L Model by Operation Size

| Metric | 10-Bin Feeder (Wholesale) | 20-Bin Feeder (DTC) | 50-Bin Feeder (Mixed) |

|---|---|---|---|

| Monthly bin harvests | 7.2 | 14.4 | 36 |

| Survival rate | 85% | 88% | 87% |

| Crickets per month (thousands) | 6.1 | 12.7 | 31.3 |

| Avg selling price ($/thousand) | $11 | $20 | $16 |

| Gross revenue | $671 | $2,540 | $5,008 |

| Feed costs | $120 | $250 | $600 |

| Electricity | $80 | $150 | $250 |

| Substrate/supplies | $40 | $75 | $150 |

| Software | $69 | $129 | $129 |

| Miscellaneous | $40 | $80 | $150 |

| Total costs | $349 | $684 | $1,279 |

| Net profit | $322 | $1,856 | $3,729 |

The Inputs That Affect Profitability Most

1. Average selling price (biggest lever): The difference between $11/thousand wholesale and $20/thousand DTC is 82% more revenue per cricket with no change to your operation. Building a direct-to-consumer channel or subscription model is the highest-ROI business decision for most small farms.

2. Die-off rate (second biggest lever): Moving from 20% die-off to 12% die-off on a 20-bin operation adds 8% more sellable output, equivalent to 1.6 additional bins worth of crickets per month at zero additional cost. Temperature monitoring that prevents die-off events pays for itself within weeks.

3. FCR (ongoing cost driver): Every 0.1-point improvement in FCR saves roughly 5–6% on feed costs. At the 50-bin scale, the savings are significant over a year.

Cricket Flour Profitability Model

Cricket flour has higher revenue per pound but requires processing investment and FDA compliance overhead.

| Metric | 25-Bin Flour (Wholesale) | 50-Bin Flour (DTC) |

|---|---|---|

| Flour yield per bin | 175g finished | 175g finished |

| Monthly bins harvested | 18 | 36 |

| Monthly flour output (kg) | 3.15 kg | 6.3 kg |

| Price per kg | $28 (wholesale) | $70 (DTC retail) |

| Gross revenue | $88 | $441 |

Note: these numbers illustrate why cricket flour at small scale requires DTC pricing to be profitable. The gross revenue looks low because flour yield per bin is relatively small, the economics improve significantly with scale and premium pricing.

FAQ

What inputs affect cricket farm profitability the most?

The three highest-impact inputs are average selling price, die-off rate, and FCR. Selling price has the most leverage -- the difference between wholesale ($11/thousand) and direct-to-consumer ($20/thousand) feeder pricing is 82% more revenue per cricket with no change to production. Die-off rate is second -- every 1% improvement in survival adds directly to sellable output at zero incremental cost. FCR affects feed cost, which is typically the largest variable expense.

How much does it cost to produce one pound of cricket flour?

At small commercial scale (under 50 bins), total cost per pound of finished cricket flour -- including allocated live cricket production costs, processing labor, milling consumables, packaging, and COA testing -- commonly runs $7-$12 per pound. This is why wholesale flour pricing at $15-$20/pound generates thin margins at small scale, and why operations targeting the flour market typically need either DTC pricing ($40-$70/pound retail) or significant scale to reach acceptable margins.

When does a cricket farm typically reach break-even?

Most commercial cricket operations that manage their cost inputs well reach operational break-even within 6-12 months of starting production at commercial scale (20+ bins). The timeline depends heavily on whether buyers are established before production begins, what channel is used (wholesale versus DTC), and how quickly die-off rates and FCR stabilize. Operations that start with committed buyers and DTC pricing reach break-even faster than those building their market after production is running.

Sources

• Food and Agriculture Organization of the United Nations (FAO) -- Edible Insects: Future Prospects for Food and Feed Security
• North American Coalition for Insect Agriculture (NACIA)
• USDA Economic Research Service -- Agricultural Finance Statistics
• Small Business Administration (SBA) -- Agricultural Business Resources
• Journal of Insects as Food and Feed (Wageningen Academic Publishers)

Get Started with CricketOps

Understanding your true production economics starts with organized records across every input and output. CricketOps captures the production data that connects to your financial picture -- cost per batch, yield per bin, and the operational history you need to make better decisions about pricing, scaling, and efficiency. Connect your production tracking and financial planning in CricketOps.