Cricket Farm KPI Dashboard: The 10 Metrics Every Farm Should Track Weekly
Farms that track 7 or more KPIs weekly outperform farms that track 3 or fewer by 22% on annual profitability. That gap isn't because tracking creates performance - it's because you can't fix what you don't measure. Farms that know their FCR, die-off rate, and hatch rate weekly can catch problems early. Farms that check these numbers quarterly are often reacting to disasters rather than preventing them.
This guide defines the 10 KPIs every commercial cricket farm should track weekly, with calculation methods and target ranges for each.
TL;DR
- Farms that track 7 or more KPIs weekly outperform farms that track 3 or fewer by 22% on annual profitability
- This guide defines the 10 KPIs every commercial cricket farm should track weekly, with calculation methods and target ranges for each
- The combined view of your 10 core KPIs in one dashboard is one of the primary advantages of purpose-built cricket farm management software over spreadsheets or general project management tools
- Why it matters: Die-off has a larger direct profitability impact than FCR at the 20-50 bin scale, because every dead cricket is 100% lost revenue plus sunk feed cost
- A 10-point improvement in hatch rate increases your production volume by 10% with no additional feed cost
- Definition: Percentage of hatched nymphs (pinheads) that survive the first 7 days post-hatch
- Why it matters: Energy is typically 20-30% of variable operating costs
KPI 8: Bins Active vs.
- The combined view of your 10 core KPIs in one dashboard is one of the primary advantages of purpose-built cricket farm management software over spreadsheets or general project management tools.
- That gap isn't because tracking creates performance - it's because you can't fix what you don't measure.
- Farms that know their FCR, die-off rate, and hatch rate weekly can catch problems early.
- Farms that check these numbers quarterly are often reacting to disasters rather than preventing them.
- Any severe event is worth investigating.
Review frequency: Weekly review, counted monthly
Why it matters: Severe die-off events represent your highest production loss risk.
KPI 1: Feed Conversion Ratio (FCR)
Definition: Pounds of feed used per pound of live cricket weight produced.
Calculation: Total feed weight in (lbs) / Total live cricket weight harvested (lbs), measured per bin per production cycle.
Target ranges:
- Top quartile: 1.5 - 1.6
- Average: 2.0 - 2.2
- Below average: 2.5+
Review frequency: Per harvest cycle (not weekly in absolute terms, but update as each bin completes a cycle)
Why it matters: FCR is your primary feed efficiency metric. It reflects temperature management, feed quality, stocking density, and life stage management simultaneously.
KPI 2: Die-Off Rate
Definition: Percentage of stocked crickets that die before harvest in a production cycle.
Calculation: (Total mortality count logged during cycle / Starting stocking count) x 100
Target ranges:
- Top quartile: Under 3%
- Average: 6% - 10%
- Below average: 15%+
Review frequency: Weekly (running cumulative rate during each cycle); finalized per completed cycle
Why it matters: Die-off has a larger direct profitability impact than FCR at the 20-50 bin scale, because every dead cricket is 100% lost revenue plus sunk feed cost.
KPI 3: Hatch Rate
Definition: Percentage of incubated eggs that successfully hatch and produce viable nymphs.
Calculation: (Number of viable nymphs counted in first week / Starting egg count estimated or counted) x 100
Target ranges:
- Top quartile: 80%+
- Average: 55% - 69%
- Below average: Under 40%
Review frequency: Per incubation batch
Why it matters: Hatch rate determines how many crickets you have to sell. A 10-point improvement in hatch rate increases your production volume by 10% with no additional feed cost.
KPI 4: First-Week Nymph Survival Rate
Definition: Percentage of hatched nymphs (pinheads) that survive the first 7 days post-hatch.
Calculation: (Nymphs alive at day 7 / Estimated nymphs at day 1) x 100
Target ranges:
- Top quartile: 80%+
- Average: 60% - 70%
- Below average: Under 50%
Review frequency: Per hatched cohort
Why it matters: The pinhead stage is the highest-mortality period in cricket farming. Poor first-week survival is usually caused by inadequate temperature, lack of accessible hydration, or overly fine substrate that nymphs can't navigate.
KPI 5: Average Cycle Time
Definition: Number of weeks from egg-laying to harvest for a given production cohort.
Calculation: Harvest date minus hatch date (in weeks)
Target ranges (Acheta domesticus at 87-90F):
- Optimal: 6 - 7 weeks
- Acceptable: 7 - 8 weeks
- Investigate if: Over 9 weeks at target temperature
Review frequency: Per completed cycle
Why it matters: Longer cycle times mean fewer cycles per year per bin, which directly reduces your annual revenue per bin. If cycle time is increasing, temperature is almost always the cause.
KPI 6: Revenue Per Bin Per Cycle
Definition: Gross revenue generated per bin per completed production cycle.
Calculation: (Harvest yield in crickets or lbs) x (Price per unit) - Direct bin costs
Target ranges (feeder production):
- Top quartile: $150 - $180/bin/cycle
- Average: $85 - $120/bin/cycle
- Below average: Under $50/bin/cycle
Review frequency: Per completed harvest cycle
Why it matters: Revenue per bin is your primary productivity metric. Improvements in FCR, die-off rate, and hatch rate all show up here as a combined outcome.
KPI 7: Energy Cost Per Pound of Production
Definition: Total energy spend divided by total live cricket weight produced in the same period.
Calculation: (Monthly energy bill) / (Total lbs harvested in the month)
Target ranges:
- Warm climate: $0.20 - $0.45/lb
- Temperate climate: $0.35 - $0.70/lb
- Cold climate: $0.55 - $0.95/lb
Review frequency: Monthly (calculated from utility bills and harvest records)
Why it matters: Energy is typically 20-30% of variable operating costs. Tracking cost per lb helps you identify when energy efficiency is declining (often the first sign of HVAC problems).
KPI 8: Bins Active vs. Bins in Production
Definition: What percentage of your total bins are currently active in a production cycle (vs. empty, in sanitation, or not yet set up)?
Calculation: (Active bins in cycle / Total available bins) x 100
Target range: 85% - 95% utilization is healthy; below 70% indicates capacity is going to waste.
Review frequency: Weekly
Why it matters: Underutilized bins are revenue you're not generating from infrastructure you're paying for.
KPI 9: Mortality Events Per Month (Severe)
Definition: Number of bins per month experiencing a severe die-off event (more than 20% mortality in a single day or 30%+ in a cycle).
Target: Zero severe events per month. Any severe event is worth investigating.
Review frequency: Weekly review, counted monthly
Why it matters: Severe die-off events represent your highest production loss risk. Tracking frequency over time shows whether your environmental controls are improving.
KPI 10: Days Since Last Supplier Qualification Review
Definition: How recently you've reviewed and confirmed your feed suppliers' quality documentation.
Target: Supplier reviews at minimum every 6 months; never more than 12 months.
Review frequency: Monthly check against last review date
Why it matters: FSMA requires supply chain verification. More practically, feed ingredient quality directly affects FCR and die-off rate, and suppliers can change their formulations or sourcing without notifying you.
Building Your Weekly Dashboard
Review these 10 metrics every Monday morning as your production planning session. A dashboard in CricketOps can show most of these automatically from your production log entries - FCR, die-off rate, hatch rate, cycle time, revenue per bin, and active bin count are all calculated from the data you're logging daily. Energy cost and supplier review status require external inputs.
For the data analytics context around how to act on what your dashboard shows, see the cricket farm data analytics guide.
Frequently Asked Questions
What metrics should I track weekly on my cricket farm?
The 10 metrics covered in this guide are: FCR (per cycle), die-off rate (running during each cycle, finalized per cycle), hatch rate (per incubation batch), first-week nymph survival rate, average cycle time, revenue per bin per cycle, energy cost per lb produced, active bins utilization percentage, severe mortality events per month, and days since last supplier qualification review. Not all of these update every week - FCR and cycle time finalize at harvest, hatch rate finalizes per batch. But you should review your running metrics weekly and your finalized metrics as each cycle completes.
What is the most important KPI for a cricket farm?
Die-off rate has the single largest impact on profitability at the 20-50 bin scale. It's also the metric that most directly reflects your environmental control quality - temperature stability, humidity management, and biosecurity together determine whether your crickets survive to harvest. FCR is the second most important operational metric, but die-off rate improvement typically delivers more profitability improvement per unit of effort at mid-scale, because a 5-point die-off improvement directly translates to 5% more revenue-generating output per cycle. As your operation scales toward 100+ bins, FCR gains relative importance because the dollar impact of a 0.3 FCR improvement across a larger bin count becomes more notable.
Does CricketOps show my cricket farm KPIs in a single dashboard?
Yes. CricketOps calculates FCR, die-off rate, hatch rate, cycle time, and revenue per bin automatically from your production log entries and displays them in a production dashboard. You can view metrics per bin, per cohort, or across your entire operation. The dashboard also shows trend lines over time so you can see whether key metrics are improving or declining. Metrics that require external inputs (energy cost, supplier review dates) can be entered manually into the system. The combined view of your 10 core KPIs in one dashboard is one of the primary advantages of purpose-built cricket farm management software over spreadsheets or general project management tools.
How does CricketOps help track the metrics described in this article?
CricketOps provides bin-level logging for the variables that drive production outcomes -- feed inputs, environmental conditions, mortality events, and harvest results. Rather than maintaining these records in separate spreadsheets, you can view performance trends across bins and over time to identify which operational variables correlate with better outcomes in your specific facility.
Where can I find industry benchmarks to compare my operation's performance?
The North American Coalition for Insect Agriculture (NACIA) publishes periodic industry reports with production benchmarks. University extension programs in agricultural states, including the University of Georgia and University of Florida IFAS, occasionally publish insect farming production data. Industry conferences hosted by the Entomological Society of America and the Insects to Feed the World symposium series are additional sources of peer benchmarking data.
What is the biggest operational mistake cricket farmers make in their first year?
Expanding bin count before achieving consistent FCR and mortality targets in existing bins is the most common and costly first-year mistake. At 5-10 bins, problems are manageable. At 30-50 bins, the same proportional problems represent much larger financial losses. Most experienced cricket farmers recommend holding expansion until you have three consecutive production cycles hitting your FCR and mortality targets.
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)
- Entomological Society of America
- University of Georgia Cooperative Extension
- Journal of Insects as Food and Feed (Wageningen Academic Publishers)
Get Started with CricketOps
The practices covered in this article are easier to apply consistently when they are supported by organized production data. CricketOps gives cricket farmers the tools to track what matters -- by bin, by batch, and over time. Start your next production cycle in CricketOps and see how organized data changes the way you manage your operation.