Cricket Farm Cost Accounting: Allocating Costs Across Multiple Product Lines

Properly allocated cost accounting reveals that feeder cricket operations typically have 12% higher contribution margins than flour operations at the same farm. Most multi-product cricket farm operators don't know this because they track total revenue and total costs without allocating shared expenses to the products that generate them. The result is pricing and investment decisions made without knowing which products are actually profitable.

Cost accounting is how you find out which part of your business is actually making money. For a farm producing feeder crickets, cricket flour, and possibly frass, the shared costs (facility, energy, labor, live cricket production) need to be divided among the products they support. Without that allocation, your financial tracking tells you that the farm is profitable or unprofitable overall, but not which product lines to grow and which to reconsider.

TL;DR

• Properly allocated cost accounting reveals that feeder cricket operations typically have 12% higher contribution margins than flour operations at the same farm.
• At 0% flour margin, that investment has no return.
• If 30% of your labor hours in processing and packaging are spent on flour production, allocate 30% of processing labor cost to flour.
• If feeder crickets represent 65% of revenue, assign 65% of facility cost to feeder cricket.
• Add processing labor, milling consumables, packaging materials, COA testing, and allocated overhead, and total cost per pound of flour commonly runs $7-$12 at small commercial scale.
• Most multi-product cricket farm operators don't know this because they track total revenue and total costs without allocating shared expenses to the products that generate them.
• The result is pricing and investment decisions made without knowing which products are actually profitable.

The Problem with Blended Financials

A farm grossing $180,000/year with $140,000 in costs looks profitable: $40,000 net. But if $120,000 of that revenue comes from feeder crickets with $80,000 allocated costs (33% margin) and $60,000 comes from cricket flour with $60,000 allocated costs (0% margin), the blended view is hiding a significant problem.

Blended financials also mask the correct decision about where to invest. Should you buy a second packaging machine for flour production? At 0% flour margin, that investment has no return. Should you add more feeder bins? At 33% margin, that investment makes sense. You can't make those decisions correctly without product-level cost visibility.

Identifying Your Cost Categories

Direct costs are costs that can be clearly assigned to a specific product:

• Feeder cricket-specific packaging materials (e.g., cricket box boxes and ventilation bags)
• Flour packaging materials (bags, labels)
• Flour processing supplies (milling consumables, packaging)
• Third-party testing costs for flour (COA testing)
• Frass packaging materials

Shared costs need to be allocated using a method that reflects how much of each cost each product actually consumes:

• Live cricket production costs (feed, substrate, water)
• Facility costs (rent, utilities, insurance)
• Labor
• Equipment depreciation
• Overhead (administrative costs, software, communications)

Allocation Methods

Units-based allocation. Allocate shared costs based on the proportion of your live cricket production that goes to each product. If 60% of your cricket harvest goes to feeder sales and 40% goes to flour production, allocate 60% of live cricket production costs to feeder cricket and 40% to flour.

Labor-based allocation. Track actual time spent on each product's production activities. If 30% of your labor hours in processing and packaging are spent on flour production, allocate 30% of processing labor cost to flour. For most farms, labor is the largest variable cost, making this the most accurate allocation method.

Revenue-based allocation. Allocate shared overhead costs (facility, insurance, administrative) proportionally to revenue. If feeder crickets represent 65% of revenue, assign 65% of facility cost to feeder cricket. This method is simpler but less accurate than labor-based allocation for production costs.

Hybrid approach. For most cricket farms, a hybrid approach is most practical:

• Allocate live cricket production costs by harvest volume going to each product
• Allocate labor by tracked time per product
• Allocate facility and overhead costs by revenue proportion

Calculating True Product-Level Margins

Once you've allocated costs, calculate your contribution margin per product:

Contribution Margin = Product Revenue - Product Direct Costs - Product Allocated Shared Costs

For feeder crickets:

• Revenue: $120,000
• Direct costs (packaging, shipping boxes): $8,000
• Allocated live cricket production costs (60% of $70,000): $42,000
• Allocated labor (55% of $30,000): $16,500
• Allocated facility/overhead (67% of $32,000): $21,440
• Contribution Margin: $32,060 (27%)

For cricket flour:

• Revenue: $60,000
• Direct costs (flour packaging, COA testing): $6,000
• Allocated live cricket production costs (40% of $70,000): $28,000
• Allocated labor (45% of $30,000): $13,500
• Allocated facility/overhead (33% of $32,000): $10,560
• Contribution Margin: $1,940 (3%)

This kind of analysis often reveals that flour operations at early commercial scale have much lower margins than operators expect, while feeder cricket operations are healthier than blended financials suggest.

FAQ

How do I start tracking costs by product line if I have never done it before?

Start with the current month. Document every expense you pay and categorize it as either a direct cost (clearly belonging to one product) or a shared cost. For shared costs, pick one allocation method -- revenue-based is the easiest to start with -- and apply it consistently. After one full production cycle you will have a rough product-level cost picture that you can refine as you gather better data on how your time and inputs actually split between products.

What is the minimum information I need to calculate contribution margin per product?

You need total revenue per product, direct costs per product (materials, packaging, testing that only serve that product), and an allocation of shared costs using a consistent method. If you do not have time tracking data yet, use revenue proportion as your allocation base for shared costs. The result will be approximate, but even an approximate product-level margin is far more useful for decision-making than a blended total.

At what operation size does product-level cost accounting become worth the effort?

Once you have two distinct revenue streams generating different margins, product-level cost accounting is worth doing. For a farm selling both feeder crickets and cricket flour, the difference in processing cost and margin is significant enough that blended financials will actively mislead your investment decisions. The analysis takes 2-4 hours to set up initially and then requires updating monthly as you track new costs.

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
• Internal Revenue Service (IRS) -- Publication 225: Farmer's Tax Guide
• Small Business Administration (SBA) -- Agricultural Business Resources

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.