Coverage & Picked for Net Return

Buy the level where expected net return — expected indemnity minus the premium you pay after subsidy — is highest, not simply the highest coverage. This tool sweeps every federal level from 50% to 85%, applies the published USDA-RMA subsidy schedule to your premium, models the expected indemnity at your yield and price outlook, and highlights the rung with the best net. For many farms in a normal year that optimum sits at 75% or 80% rather than 85%, because the premium climbs steeply and the subsidy share drops above 75%.

Sometimes, but not usually on a pure expected-return basis. At 85% the RMA subsidy share falls to 38% on Basic/Optional units (53% on Enterprise), and the premium sits on the steepest part of the convex rate curve, so each extra point of coverage costs far more than the one below it. The 85% rung is worth it when your downside risk is genuinely high — thin equity, rented ground, or a volatile crop — because it guarantees the most revenue; the tool shows exactly how much extra premium that protection costs versus the 80% rung.

The federal government pays a fixed percentage of the total premium at each coverage level, and you pay the rest. On Basic/Optional units the subsidy is 67% at 50%, 59% at 65%, 55% at 75%, 48% at 80% and 38% at 85%; Enterprise units are subsidised more heavily (80% up to 70%, 77% at 75%, 68% at 80%, 53% at 85%). The producer premium in this tool is the total premium times one-minus-subsidy at each level.

Yield Protection (YP) pays when your yield falls below the guarantee, valued at the projected price only. Revenue Protection (RP) guarantees revenue and lets the guarantee price rise to the higher of the projected or harvest price, so it pays on a price drop and adds harvest-price upside. RP with the Harvest-Price Exclusion (RP-HPE) is revenue protection but without that upside — the guarantee stays at the projected price, lowering the premium. The optimizer recomputes the whole ladder when you switch plans.

For each level the guarantee per acre is coverage level × APH yield × the guarantee price. The realised value is your expected yield (a percent of APH) × the realised price (harvest price for revenue plans, projected price for YP). The indemnity is the guarantee minus the realised value when that is positive, multiplied by your insured acres. Entering a lower expected-yield or harvest-price percent models a worse year and raises the expected indemnity.

Net return is the expected indemnity you would collect minus the premium you pay after subsidy. In a year you expect to be near your APH it is often negative at every level — that is normal, because insurance is priced to be roughly actuarially fair and you are paying for protection, not profit. When the figure is negative the tool tells you to insure for the smallest expected loss (downside protection), and when it is positive it points you to the level that returns the most per premium dollar.

Enterprise units combine all your acres of a crop in a county into one unit, which lowers the rate and, crucially, carries a much higher subsidy share — 80% up to the 70% level versus 59% on Basic/Optional. That makes higher coverage far cheaper, so the net-optimal level on Enterprise units is usually higher than on Basic/Optional. The trade-off is less unit-level granularity if only part of your ground is hit.

Yes — the downside protected (the guarantee floor) rises directly with the coverage level, because the guarantee is level × APH × price. An 85% policy guarantees 85% of your expected revenue; a 65% policy only 65%. The optimizer separates this protected dollars figure from the net-return figure so you can weigh how much guaranteed revenue you are buying against what the marginal premium costs.

APH stands for Actual Production History — the multi-year average yield (typically four to ten years) that your insurance guarantee is built on. Your crop-insurance agent maintains it from your records, and it is printed on your policy. Enter it per acre; the guarantee, liability and indemnity all scale from it, so an accurate APH is essential for a meaningful optimization.

A revenue-guarantee tool tells you the guaranteed revenue at one chosen coverage level. This optimizer sweeps the entire ladder, applies the subsidy schedule at each rung, and ranks them by subsidy-adjusted expected net return so it answers a different question — not 'what does 80% guarantee?' but 'which level should I pick at all?'. It is the decision tool that sits one step before the guarantee calculation.

The expected-indemnity and net-return logic is universal, and the included PMFBY reference shows the farmer-share caps — 2% of the sum insured for Kharif food and oilseed crops, 1.5% for Rabi, and 5% for annual commercial or horticultural crops, with the balance subsidised. PMFBY does not offer the same continuous 50–85% ladder, so treat the US schedule as the worked example and the PMFBY caps as the regional premium anchor when modelling an Indian policy.

Coverage elections must be made by the sales-closing date for your crop and county — for US spring crops this is typically in early spring, well before planting. After that date the level is locked for the season. Run the optimizer with your current APH and the projected price as soon as it is published, then revisit only if your APH or the projected price changes materially before the deadline.

No. The figures are planning estimates built from your inputs and the published subsidy schedule; the real premium quote from your agent reflects county rates, your unit structure, optional endorsements and the current actuarial filing, and indemnities depend on the actual yield and harvest price. Use the optimizer to compare levels and frame the decision, then confirm the exact numbers with your crop-insurance agent before electing.