Written by R. Karina Gallardo, Suzette Galinato and Bernardita Sallato-Carmona, Washington State University, July, 2026
Washington sweet cherries are not all created equal. Harvest timing, fruit type, market positioning, and pack-out performance all influence profitability. To help growers evaluate production alternatives, Washington State University recently developed four enterprise budgets representing typical commercial production systems: early-season mahogany cherries, mid-season mahogany cherries, late-season mahogany cherries, and yellow sweet cherries. These budgets provide a snapshot of the costs and returns associated with establishing, producing, harvesting, and packing cherries under Washington growing conditions.
Although each budget assumes similar orchard architecture, tree density, labor rates, and farm infrastructure, the economic outcomes differ substantially across production windows and fruit types. The results highlight an important reality facing Washington growers today: profitability depends not only on production efficiency, but also on market timing and the ability to consistently produce fruit that captures price premiums.
The studies can be found at this link.
Similar Orchards, Different Economic Outcomes
All four budgets assume a 12-acre cherry block within a diversified 300-acre tree fruit operation. Orchards are planted on Gisela 12 rootstock using a two-leader non-formal V system with 519 trees per acre and a productive life of 25 years. Labor costs reflect 2026 wage assumptions, including H-2A-related expenses. As a result, differences in financial performance are driven primarily by fruit prices, pack-out assumptions, size distributions, and harvest timing rather than orchard design.
At full production, total production costs are remarkably similar across all four systems, ranging from approximately $38,000 to $41,000 per acre. However, returns vary dramatically.
Among the four systems, yellow sweet cherries generate the highest estimated gross returns at approximately $56,556 per acre. Late-season mahogany cherries rank second at $37,268 per acre, followed by early-season mahogany cherries at $31,779 per acre. Mid-season mahogany cherries generate the lowest estimated returns at $26,096 per acre.
The differences in returns are largely explained by market prices. Yellow cherries, particularly Rainier-type varieties, command premiums due to their distinctive appearance and consumer appeal. During 2021–2025, yellow cherries averaged approximately $4.09 per pound compared to roughly $2.26 per pound for mahogany cherries.
The Value of Market Timing
Harvest timing remains one of the most important determinants of cherry profitability.
Early-season mahogany cherries occupy a strategic market window immediately following California production. Historically, these cherries have captured the highest average FOB prices among mahogany varieties, averaging approximately $2.67 per pound from 2021–2025.
However, higher prices do not necessarily translate into the highest returns. The early-season budget assumes a relatively low proportion of large fruit and a higher proportion of medium and small fruit. In addition, overall yields are somewhat lower than those assumed for late-season production. As a result, returns exceed variable costs but fall short of covering total economic costs.
Mid-season mahogany cherries tell a different story. This production window represents the backbone of Washington’s cherry industry, accounting for approximately 54% of total shipments. Yet it also coincides with peak market supply. Larger volumes place downward pressure on prices, resulting in average FOB values of only about $2.20 per pound. Under the assumptions used in the budget, returns do not cover variable costs, cash costs, or total economic costs. Estimated net returns are approximately negative $12,800 per acre.
Late-season mahogany cherries illustrate the value of extending the marketing season. While average prices are only slightly above those received during mid-season, the budget assumes stronger size distribution and higher yields. Large fruit account for approximately 60% of production, compared with only 35% in the mid-season budget. As a result, late-season orchards generate substantially higher revenues and nearly cover total economic costs. Estimated net returns remain slightly negative, but they are considerably stronger than those observed for early- or mid-season mahogany production.
Why Yellow Cherries Stand Out
Among all four systems, yellow cherries are the clear economic standout.
The yellow cherry budget assumes 18,000 pounds per acre of harvested fruit with no small-fruit category packed for fresh markets. Instead, production is concentrated in large and medium fruit sizes that command FOB prices of approximately $4.03 and $3.73 per pound, respectively.
Under these assumptions, yellow cherries generate estimated net returns exceeding $17,000 per acre after covering all economic costs. No other system approaches this level of profitability.
The findings reinforce what many growers already know from experience: Rainier and other yellow cherry varieties remain among the industry’s most valuable products when quality can be maintained. Their premium market position allows growers to absorb production and packing costs that would be difficult to recover with conventional mahogany varieties.
Of course, those premiums come with added risk. Yellow cherries require careful harvest and postharvest handling because bruising, pitting, and cosmetic defects are more visible on light-colored fruit. Maintaining quality standards is essential for achieving the price premiums assumed in the budget.
Size Matters
One consistent theme across all four budgets is the importance of fruit size.
Large fruit contribute disproportionately to revenue generation. In the late-season budget, large cherries account for roughly three-quarters of total returns. Similarly, yellow cherries derive nearly two-thirds of total revenue from large fruit alone.
This finding highlights why management practices aimed at maximizing fruit size—including crop load management, irrigation scheduling, nutrition programs, and variety selection—remain central to orchard profitability.
The budgets also demonstrate that achieving high yields alone is insufficient. Growers must produce the right fruit sizes and quality characteristics that allow them to access premium market segments.
Key Takeaways
First, production costs are relatively similar across cherry production systems. What differs most is revenue potential.
Second, market timing matters. Early-season fruit benefits from price premiums, while late-season fruit benefits from stronger size profiles and season-extension opportunities.
Third, the mid-season window remains operationally important because it accounts for most statewide production, but profitability can be challenging when prices soften during peak supply periods.
Finally, yellow cherries continue to occupy a unique economic position within Washington’s cherry industry. Their combination of strong market demand and substantial price premiums creates the highest return potential among the systems evaluated.
For growers making long-term planting decisions, these budgets illustrate the importance of considering not only expected yields, but also harvest timing, fruit size distribution, pack-out performance, and market positioning. As labor, packing, and production costs continue to rise, profitability will increasingly depend on producing fruit that can capture premium prices rather than simply maximizing volume.
Contact
Fruit Matters articles may only be republished with prior author permission © Washington State University. Reprint articles with permission must include: Originally published by Washington State Tree Fruit Extension Fruit Matters at treefruit.wsu.edu and a link to the original article.
