Oklahoma Wheat Yield & Precision Agriculture Data 2026
Oklahoma Wheat yield reached 28.0 bu/acre in 2026 — 20.1 bu/ac below the US average of 48.1 bu/ac. State-level estimates, sourced directly from USDA NASS.
Wheat yield trend
Oklahoma vs the US average, 2020–2026 (7 years of USDA NASS data)
| Year | Oklahoma (bu/ac) | US average (bu/ac) |
|---|---|---|
| 2020 | 40 | 49.7 |
| 2021 | 39 | 44.3 |
| 2022 | 28 | 46.5 |
| 2023 | 28 | 48.7 |
| 2024 | 38 | 51.2 |
| 2025 | 38 | 53.3 |
| 2026 | 28 | 48.1 |
How Oklahoma compares
Top Wheat-producing states, 2026 yield
| State | Yield (bu/ac) | vs US avg |
|---|---|---|
| Illinois | 87 | +80.9% |
| Michigan | 87 | +80.9% |
| Indiana | 85 | +76.7% |
| California | 83.4 | +73.4% |
| Ohio | 83 | +72.6% |
| Wisconsin | 83 | +72.6% |
| Kentucky | 82 | +70.5% |
| Alabama | 79 | +64.2% |
What this data means for Oklahoma Wheat farmers
Oklahoma wheat yields have struggled to gain consistent traction over the past several years, and USDA's final 2026 estimate confirms another difficult season at just 28 bushels per acre. That figure matches the lows recorded in 2022 and 2023, and sits 10 bushels below the 38 bu/acre harvests posted in both 2024 and 2025, erasing two consecutive years of modest recovery. The gap between Oklahoma and the national average is equally stark: at 48.1 bu/acre nationally, the state is running 20.1 bushels behind the U.S. benchmark, a shortfall that translates to roughly $125 per acre in lost revenue at the current USDA NASS price of $6.23 per bushel. With yields oscillating between 28 and 40 bu/acre over the last seven seasons and no clear upward trend, Oklahoma growers face persistent structural and weather-related headwinds that demand closer attention to management inputs.
At $6.23 per bushel and only 28 bu/acre to sell, Oklahoma producers are working with gross revenue near $175 per acre, leaving thin room for error on input costs. Precision agriculture tools can meaningfully close that margin gap by targeting the highest-value interventions: variable-rate nitrogen applications guided by soil sampling and remote sensing can cut fertilizer spending by $15 to $25 per acre while protecting yield potential, and prescription seeding maps calibrated to soil type and field history can add 3 to 5 bushels per acre in seasons where stand establishment is the limiting factor, worth $19 to $31 per acre at current prices. Soil moisture monitoring and satellite-based crop stress alerts allow agronomists to trigger fungicide or irrigation decisions only when economic thresholds are genuinely crossed, avoiding $12 to $18 per acre in unnecessary applications. Stacked together, these tools can realistically improve net returns by $40 to $70 per acre on fields where management, not weather, is the primary drag on performance.
Precision ag platforms used by Oklahoma Wheat farmers
Overview of major platforms — features and fit for different operation sizes. No sponsored content.
Precision ag ROI calculator
Estimate annual savings for your Oklahoma Wheat farm based on acreage and current yield
Estimate the payback on variable-rate seeding, zone-based fertility, and overlap reduction for your farm.
Estimate only — based on industry-average implementation costs (variable-rate seeding $18/ac, zone-based fertility $22/ac, overlap reduction $9/ac; $12,000 fixed + $17/ac ongoing) and USDA yield benchmarks, not a quote.
Frequently asked questions — Oklahoma Wheat
Why is Oklahoma's 2026 wheat yield of 28 bu/acre so far below the US average of 48.1 bu/acre?
Oklahoma wheat yields are heavily influenced by the state's variable rainfall patterns, frequent late-season heat stress, and periodic drought conditions across the southern Great Plains, all of which suppressed 2026 production by 20.1 bu/acre relative to the national average. Additionally, Oklahoma's dual-purpose wheat system, where cattle graze fields in winter before grain fill, can reduce final grain yield compared to states growing strictly grain wheat. Soil variability across the state's eastern red clay and western sandy loam regions also contributes to inconsistent yield performance.
What is the potential return on investment for precision agriculture technology on Oklahoma wheat at the current price of $6.23 per bushel?
At $6.23 per bushel, each additional bushel per acre gained through precision practices such as variable-rate nitrogen application or soil moisture monitoring adds $6.23 in gross revenue per acre. Research from Oklahoma State University suggests that variable-rate fertilization alone can improve wheat yields by 3 to 8 bu/acre in spatially variable fields, translating to $18.69 to $49.84 per acre in added revenue. Given typical precision ag technology costs of $10 to $25 per acre, the ROI is often positive even at Oklahoma's suppressed yield levels.
What USDA programs can Oklahoma wheat farmers use to manage the risk of low-yield seasons like 2026?
Oklahoma wheat producers can access USDA's Agricultural Risk Coverage (ARC) and Price Loss Coverage (PLC) programs through the Farm Service Agency, with PLC being particularly relevant when market prices fall below the wheat reference price of $5.50 per bushel. The USDA Risk Management Agency also offers Multi-Peril Crop Insurance and Yield Protection policies specifically calibrated to Oklahoma county yield histories, helping offset losses when actual yields fall well below the 48.1 bu/acre national average. Producers should consult their local FSA office to determine which program provides the greatest safety net given their individual yield and price expectations.
How do Oklahoma's local growing conditions in the southern Great Plains specifically affect winter wheat development and final grain yield?
Oklahoma winter wheat is typically planted in October and faces a challenging growing environment that includes periodic ice storms, late freezes during jointing in March and April, and rapid heat accumulation during grain fill in May that can cut the filling period short. The state's position at the southern edge of the Great Plains wheat belt means it is especially vulnerable to La Niña-driven drought cycles, which reduce subsoil moisture available during critical reproductive stages. Agronomists recommend selecting varieties with strong drought tolerance and heat escape characteristics, such as earlier-heading cultivars, to better align maturity with Oklahoma's historically narrow optimal grain-fill window.