Global Soybean Market Outlook 2026/27: Biofuel Demand and Brazil Crop Risks

Global soybean markets are entering marketing year 2026/27 with competing forces at work: record or near-record US production is providing a supply cushion, but rapidly expanding soybean crushing, stronger demand for soybean oil as a biofuel feedstock, and uncertainty surrounding Brazil’s next crop are increasing the potential for price volatility.

That is the central message in CoBank’s October 7, 2026, market assessment by Tanner Ehmke, Lead Economist. CoBank reports that US soybean crushing and export demand remain strong enough to threaten a significant tightening in domestic ending stocks, even with a large harvest expected. The next major test will come as South American planting progresses and markets reassess the impact of weather, especially the risk of an El Niño-related disruption.

Key numbers shaping the 2026/27 soybean outlook

The Brazilian numbers illustrate why forecast differences matter. USDA’s October estimate was 186 million metric tonnes, while Conab’s September outlook put Brazil’s crop at 181.64 million tonnes. These are not contradictory measurements of an already harvested crop; they are forecasts built on different assumptions and issued at different points in the season. The spread of roughly 4.4 million tonnes is commercially meaningful in a market where Brazil is the largest source of export competition for US soybeans.

Why biofuel demand is changing the soybean market

Soybeans have two major commercial outputs. Crushing produces soybean meal, used primarily in animal feed, and soybean oil, used in food, industrial applications and biofuels. That creates a link between the agricultural commodity market and energy-policy decisions.

USDA’s May outlook forecast soybean oil use in biomass-based diesel production at 17.8 billion pounds in MY2026/27, up 3.6 billion pounds from 14.2 billion pounds implied by that comparison—or 3.0 billion pounds above the separate 2025/26 estimate of 14.8 billion pounds in the October market reporting. The latest October estimate maintains 17.8 billion pounds for 2026/27 and 14.8 billion pounds for 2025/26. The year-on-year increase is therefore 3.0 billion pounds, or approximately 20.3%.

That is a significant additional call on soybean oil. It does not mean soybean demand must rise by the same percentage, because processors also respond to meal prices, crush margins, inventories, and the availability of alternative oils and fats. But it makes the economics of crushing more sensitive to biofuel policy.

Note: USDA’s latest October figures are used where available. The crush figure is the USDA forecast reported by the agency in its market outlook; production and stocks are from the October 2026 WASDE coverage

What is driving the biofuel pull?

Three forces are especially relevant:

• Federal blending requirements: Renewable volume obligations create demand for biomass-based diesel and associated feedstocks.

• Tax and state-level incentives: Incentives can influence which feedstocks are economic, how much plants run and where production capacity is located.

• Energy security and global policy: Higher energy prices and biofuel programmes in other countries can increase competition for vegetable oils and waste-based feedstocks.

CoBank’s October biofuel analysis notes that soybean oil remains a major feedstock for US biomass-based diesel, but the market still depends on policy implementation, the treatment of small-refinery exemptions, imports and competing feedstocks. In other words, a policy announcement can alter soybean-oil price expectations even before the physical volume is consumed.

The critical transmission mechanism: stronger soybean-oil demand can improve crushing economics, encouraging processors to buy more beans. That supports soybean basis and crush activity, while increasing the importance of the relationship between soybean oil and soybean meal prices. It does not guarantee a uniform rise in futures prices; a sufficiently large crop or weaker meal demand can offset some of the pressure.

Brazil: the largest supply-side variable

Brazil is central to the global soybean balance because it combines a very large crop with a major export-oriented supply chain. Its 2026/27 production outcome will influence how much competition US exporters face, how importers allocate purchases between origins, and how much of the global market’s expected demand growth can be met without higher prices.

Forecasts show a large crop—but uncertainty remains

Brazil’s official crop-supply agency, Conab, projected total grain production of 366.6 million tonnes for the 2026/27 season in its September outlook. Within that total, it estimated soybean production at 181.64 million tonnes, with planted area expected to reach 49.3 million hectares, up 1.4% year on year. Conab also warned that expected average productivity could ease from the previous season’s high base and identified climate-related risks.

The figures above come from separate agency forecasts, issued on different dates. They are not alternative measurements of final production.

El Niño raises the stakes for weather monitoring

The weather risk deserves close attention. Brazil’s national space research agency, INPE, reported in its September bulletin that NOAA/CPC forecasts gave more than a 90% probability of a very strong El Niño during September–November 2026, with the event likely to persist into early 2027. The bulletin indicated a broad tendency toward above-average rainfall in parts of southern Brazil and below-average rainfall across parts of the country’s central and northern regions during the September–November period.

The World Meteorological Organization also reported on October 8 that the event was expected to persist until February 2027, with a potentially exceptional intensity.

These forecasts should be interpreted carefully. El Niño does not automatically mean a smaller Brazilian soybean crop. Its effects vary by region and season. Rainfall deficits during critical growth stages can reduce yield; excessive rain can complicate planting, harvesting and transport. Weather forecasts identify risk, not a confirmed production loss.

For market participants, the most useful signals will be:

• Planting progress compared with the seasonal calendar.

• Soil moisture and rainfall in key producing states.

• Crop-condition reports during flowering and pod filling.

• Yield revisions as field evidence becomes available.

• Harvest timing and the speed at which beans reach export terminals.

The market can react well before a crop loss is confirmed. If weather forecasts deteriorate while importers are actively buying and crushers are running hard, risk premiums can build quickly. Conversely, timely rainfall and improving crop conditions can reverse those premiums.

United States: record production does not eliminate tightness

The US soybean balance illustrates the difference between total supply and available supply. USDA’s October estimate put production at 4.56 billion bushels and ending stocks at 315 million bushels for MY2026/27. The agency’s crush forecast was 2.78 billion bushels, while export projections were also adjusted upward in the October reporting.

A large crop is supportive of availability, but three factors can absorb the cushion:

1. Crushing capacity: New and expanded processing plants create demand that is relatively less dependent on overseas buyers of whole soybeans.

2. Exports: Strong foreign demand can draw down inventories even when domestic production is large.

3. Harvest and logistics: A crop is not immediately available everywhere. Wet fields, transport bottlenecks, storage constraints and regional shortages can cause local cash prices to rise despite a large national forecast.

The third point was visible in late September. Reuters reported that persistent Midwest rains delayed harvesting, leaving some processors scrambling for immediate supplies and offering unusually high cash premiums. Some plants reduced operations as old-crop supplies dwindled and new-crop deliveries were delayed. The report cited USDA’s then-current 2.78-billion-bushel crush forecast.

This is an important distinction for analysts: a temporary shortage of deliverable beans can coexist with expectations of record national production. Futures prices, local basis and processor margins may respond differently to the same supply shock.

China and global trade flows

China remains a crucial driver because of its large soybean import requirement and extensive crushing industry. S&P Global’s August 2026 analysis described China as absorbing about 60% of internationally traded soybeans and reported that Chinese crushing averaged 2.47 million tonnes per week in July, approximately 21% above its five-year average. The same analysis cited a USDA July forecast of 115 million tonnes for China’s 2026/27 soybean imports. These are earlier estimates, not a substitute for the latest monthly trade balance.

China’s demand matters in two ways:

• Protein and feed demand: Soybean meal supports poultry, swine, aquaculture and other livestock sectors. Changes in feed demand, animal inventories and crushing margins can alter import appetite.

• Origin selection: Chinese buyers can switch between Brazil, the United States and other origins depending on prices, freight, tariffs, trade policy and shipment timing.

CoBank’s October report said US export commitments had risen to more than double the previous year’s pace, with China returning as a steady buyer following an announced commitment to purchase 25 million tonnes annually through 2028. CoBank also noted that a 10% retaliatory tariff on US soybeans remained a constraint on private Chinese crusher buying. Such commitments and policy conditions are important, but traders must distinguish political announcements from completed purchases and physical shipments.

Why origin switching can amplify volatility

When Brazilian supplies are abundant and competitively priced, importers may favour South American shipments. If Brazilian planting or yields disappoint, buyers may turn to the United States. This can support US export premiums and futures, particularly if domestic crushers are simultaneously competing for the same beans.

The reverse is also possible. A bumper Brazilian crop arriving into export channels can cap rallies in US prices, especially if Chinese demand softens or shipping economics favour Brazil. Global soybean prices are therefore increasingly shaped by the interaction of three variables: the size of Brazil’s crop, US crush demand and the pace of Chinese imports.

What this means for soybean meal, livestock feed and animal protein

Soybeans are not just an oilseed commodity. Their meal is a foundational protein ingredient in commercial animal feed, so volatility in the soybean market can flow into poultry, swine, dairy, beef and aquaculture economics.

The soybean crush is a joint-product market

A processor cannot ordinarily decide to produce soybean oil without also producing soybean meal. Both outputs influence the crush margin:

• Strong soybean-oil prices can improve the return from crushing.

• Strong soybean-meal demand can also support crush economics.

• Weak meal prices can offset some of the benefit from higher oil prices.

• Higher soybean prices raise input costs for processors and can pressure meal buyers unless product prices adjust.

This joint-product relationship matters to animal-health and feed businesses. A surge in biofuel demand could increase soybean-oil value and encourage processing, potentially increasing meal availability. But if bean costs rise faster than meal values—or if exportable meal supplies are constrained—the feed sector can still face higher costs. The final effect depends on relative prices, processing capacity and regional logistics.

Implications by sector

These are transmission channels, not forecasts of a guaranteed increase in feed prices. A strong soybean market can coexist with stable or falling meal prices if meal supply expands, livestock demand weakens or alternative feed ingredients become more competitive.

For India and other import-dependent markets, the landed cost also reflects freight, currency exchange rates, duties and domestic supply conditions. A global price rise will not translate one-for-one into local feed costs.

Global supply outlook: the world is not short of soybeans yet

The most important qualification to the volatility thesis is that the global market is not necessarily facing an outright shortage. USDA’s May 2026 outlook projected global soybean crushing at 383.1 million tonnes in MY2026/27, up 13.6 million tonnes from MY2025/26, while global ending stocks were forecast to decline only marginally. These are earlier baseline projections; subsequent USDA updates should be consulted before treating them as the latest world balance.

The May outlook also projected:

• South American soybean production of 254.3 million tonnes, up 3%.

• Brazilian production of 186 million tonnes.

• Brazilian exports of 117.5 million tonnes, equivalent to about 62% of projected global soybean trade.

• Brazilian soybean crushing of 65 million tonnes, up 6%.

• Argentine production of 50 million tonnes.

These projections illustrate the scale of South American supply and processing. They also show why Brazil’s weather and Argentina’s export policy can influence prices even when US production is large.

Balance-sheet issue: demand growth versus stock accumulation

In simplified terms:

Ending stocks=Beginning stocks+Production+Imports−Domestic use−Exports = Ending stocks

For market participants, the key is not production alone but the relationship between total supply and total use. A record harvest can still result in falling stocks if crushing and exports grow faster than supply. Conversely, an exceptionally large Brazilian crop, weak Chinese buying or reduced biofuel profitability could leave more beans in storage and put downward pressure on prices.

The USDA’s October outlook and subsequent monthly revisions should therefore be assessed together with actual export sales, crush volumes and crop-weather developments.

India: implications for edible oil, feed costs and trade

India is exposed to global soybean developments through several distinct channels. These should not be conflated: soybean grain, soybean meal and soybean oil have different import-export dynamics.

A. Soybean meal and animal-feed economics

USDA’s India oilseeds outlook projected MY2026/27 soybean production of 11.5 million tonnes and crushing of 10 million tonnes. It also forecast soybean-meal consumption to fall 7% as poultry and livestock producers shifted toward more cost-effective alternatives amid high soybean-meal prices and changing feed preferences. These projections were published earlier in 2026 and should be treated as a baseline rather than a confirmed final outcome.

For Indian feed businesses, the practical priorities are:

• Monitor domestic soybean arrivals and crushing margins alongside international soybean-meal prices.

• Compare soybean meal with rapeseed meal, peanut meal and other protein sources on nutritional value, availability and delivered cost.

• Track poultry and swine demand, since changes in animal production influence protein-meal consumption.

• Avoid assuming that a higher global soybean price will always translate directly into a higher Indian meal price; domestic crop arrivals, export parity, inventories and alternative feed ingredients can change the outcome.

B. Soybean oil and edible-oil inflation

India is particularly sensitive to the global vegetable-oil market. Reuters reported in September 2026 that India meets roughly two-thirds of its vegetable-oil demand through imports, principally palm, soybean and sunflower oils. The report said vegetable-oil prices had risen nearly 20% over the preceding year and that the government was considering an import-duty reduction to manage consumer costs. That was a reported consideration, not confirmation that a new duty reduction had been implemented.

C. Import sourcing and origin risk

India’s trade flows have also highlighted the importance of customs compliance. Reuters reported on October 5 that Indian authorities were investigating soybean shipments declared as originating in Niger, amid concerns that some cargoes might actually originate in Nigeria and have been mislabelled to qualify for preferential treatment. The report said soybean imports declared from Niger had reached 380,868 tonnes during the first seven months of 2026, despite Niger’s negligible production. The investigation and its outcome should be distinguished from any final determination of wrongdoing.

For importers, this is a reminder that the economics of a low-cost cargo cannot be assessed on price alone. Certificates of origin, transit records, phytosanitary documentation and tariff eligibility are essential parts of landed-cost risk management.

3 scenarios for the remainder of MY2026/27

The following is a qualitative scenario framework, not a price target or a prediction of a specific futures level.

What would confirm each scenario?

One particular risk is a divergence between policy expectations and realised demand. A high biofuel mandate does not automatically translate into an equivalent increase in soybean-oil consumption if plants use alternative feedstocks, operating economics deteriorate or policy implementation changes.

Indicators agribusiness executives should monitor

For grain traders, crushers, feed manufacturers, poultry integrators and agricultural investors, the following dashboard would help separate market headlines from actual changes in fundamentals.

Conclusion: volatility is the key risk—not necessarily a global shortage

The MY2026/27 soybean market is being reshaped by the interaction of agricultural production and energy demand. US production is large, but a record crop must serve both exporters and an expanding domestic crushing industry. Biofuel policy is increasing the value of soybean oil, while Brazil’s next crop remains a major variable for global supply and export competition.

The evidence supports a view of greater sensitivity to weather, policy and trade developments, rather than a confident prediction that soybean prices will rise continuously. A large Brazilian crop and weaker Chinese demand could limit prices; crop stress and robust crushing could tighten the balance more quickly than current production headlines suggest.

For animal-feed and livestock businesses, the most important lesson is to manage exposure to soybean meal and its alternatives, not simply to forecast the soybean futures price. For edible-oil businesses and Indian importers, soybean oil must be assessed alongside palm and sunflower oils, currency movements, freight and policy. For investors, the crucial question is whether rising biofuel demand translates into sustained physical soybean-oil consumption—and whether production growth can keep pace.

Bottom Line

MY2026/27 could be a year in which the market swings sharply between ample-supply expectations and tightening-balance fears. The decisive evidence will come from Brazilian crop progress, realised US crush and export volumes, Chinese buying and the conversion of biofuel mandates into actual feedstock demand.