
Key Takeaways Soybean production costs by state vary less than most growers expect: most 2026 dryland budgets break even near $10 to $12 a bushel. Irrigated budgets cost more per bushel on a full-cost basis, mainly because of land and equipment charges. Whether irrigation pays on your farm depends on how many extra bushels it…

Soybean prices are back to $12.20 a bushel, the same as September 2021, but USDA’s full production cost is forecast about 29% higher. Here’s what five years of USDA data mean for US growers, and where better irrigation and farm data can help.

Key Takeaways AgSense 365 vs Lindsay FieldNET for soybean pivot management is a comparison that gets framed as an app feature battle but is actually a dealer ecosystem and workflow question. Both platforms provide the core remote pivot management capability that commercial soybean operations need during R3–R5 peak demand — real-time pivot position monitoring, fault…

Key Takeaways Pressure compensating vs non-PC emitters for soybean SDI is a hydraulics question with a clear answer in most situations: if your soybean field has meaningful slope along the lateral direction, you need PC emitters. If your field is flat to very gently sloping and your lateral runs are within the hydraulically designed length…

Key Takeaways GPS vs traditional pivot guidance for soybeans is a comparison where the right answer depends heavily on what type of guidance is being compared and what it’s guiding. For standard circular center pivots without corner arms, GPS adds position data visibility but doesn’t fundamentally change the machine’s path accuracy over correctly functioning conventional…

Key Takeaways John Deere vs Case IH irrigation platform for soybeans is a question that requires one clarification upfront: neither John Deere nor Case IH makes the irrigation hardware. Valley, Reinke, and Lindsay/Zimmatic manufacture the center pivots that irrigate the majority of U.S. soybean acres. What John Deere and Case IH offer are farm management…

Key Takeaways T-L irrigation pricing for soybeans is not a number you can look up — it’s a number you get from a T-L dealer after providing your field dimensions, tower count, water supply situation, and desired control options. Like all major center pivot brands, T-L doesn’t publish a national retail price list because system…

Key Takeaways Pivot wheel track compaction and soybean yield is a topic where the yield data is less alarming than the visible field evidence — severely rutted, waterlogged pivot tracks look dramatic but the whole-field yield penalty from track compaction is typically modest when tracks represent 2–5% of total irrigated acreage. The more important management…

Key Takeaways Irrigation water quality testing for soybeans answers a question that soil testing and yield mapping can’t: is the water you’re applying a neutral carrier for your irrigation program, or is it accumulating salt, sodium, scale-forming minerals, or clogging agents that are progressively degrading your soil, your irrigation system, or both? For most Midwest…

Key Takeaways Buried vs above-ground irrigation pipeline for soybean operations is a decision that looks like a cost trade-off but is actually a service life and field operations trade-off. The upfront cost difference between a trenched and buried HDPE mainline and a surface-laid polyethylene line is real — but the buried line will still be…