How Automation Wins the Full Season Even If a Skilled Operator Wins One Field

At this year's Farm Progress Show in Iowa, the newest machinery and field technology were everywhere — but the harder question in a tight farm economy is whether that technology pays. Tony Kramer, product manager for planting, seeding and harvest technology at RDO Equipment, made the case that automation's financial value sits not in a single field, but in consistency across an entire season.

Kramer acknowledged that a top combine or planter operator could outdo automated settings in one field. The gap appears, he said, when work stretches over weeks or months. Humans get tired, lose focus, sleep poorly or juggle family commitments; automation does not. "The incremental adjustments of, say, a half a mile per hour faster with the combine could save half a bushel of grain loss out the back. It adds up," he said.

He pointed to two goals for technology investments: increasing revenue and decreasing costs. Modern precision spray systems, for example, can reduce in-furrow fertilizer use — an appealing hedge when geopolitical tensions push input prices higher. But Kramer cautioned that tech is not an automatic moneymaker, because even flawless field execution still leaves the farmer to market the crop well.

Where RDO Equipment’s Tony Kramer Says Farm Tech Actually Pays

Why Season-Long Consistency Changes the ROI Calculation

The core argument is not that automation is more skilled; it is more durable. A single operator may beat the machine on any given day, but small advantages like a 0.5 mph combine adjustment that cuts grain loss by around half a bushel compound over thousands of acres. That turns a narrow machine benefit into meaningful margin, especially when grain prices are under pressure.

Kramer’s Revenue-and-Cost Test

Kramer frames adoption as a two-sided decision: what raises revenue and what lowers cost. Precision spraying is his clearest cost-side example because it can reduce in-furrow fertilizer use. With rising geopolitical tensions making input costs uncertain, spending on that technology functions as a cost hedge as much as an agronomic tool — a reasonable but still farm-specific judgment.

What Automation Cannot Fix

The least comfortable part of Kramer's message is also the most important: optimizing machines only controls the production half of the profit-and-loss statement. The farmer still must market the commodity. That means the same operation can post excellent field results and still underperform financially if the crop is sold poorly. In other words, the technology may widen the harvest margin, but it cannot guarantee the final revenue line.

Four Checks Before the Next Precision-Tech Purchase

For farmers weighing precision technology in a down cycle, Kramer's argument suggests a more disciplined purchase test:

  • Ask for season-long, not single-pass, payback estimates. Kramer's example is a roughly 0.5 mph combine speed adjustment that may save about half a bushel of grain loss out the back per pass; the value comes from accumulating that over the whole harvest.
  • Run precision-spray math against your actual fertilizer and crop-protection spending. If input costs are a concern — Kramer flags geopolitical tensions as a reason they could rise — quantify the potential in-furrow fertilizer reduction before buying.
  • Choose one objective from Kramer's list — raise revenue or cut cost — before adopting a tool. If a technology doesn't clearly serve one of those two, it may be production novelty rather than a margin decision.
  • Keep marketing out of the automation pitch. No equipment upgrade changes the need to sell the commodity well, so treat field gains and marketing outcomes as separate profit drivers.

Risk & Opportunity Assessment

Commercial RiskMediumFarmers investing in precision spraying and harvest automation face payback uncertainty because, as Kramer notes, technology is not an automatic moneymaker; revenue still depends on commodity marketing.
Competitive RiskLowThe story does not name competing farm operations or equipment providers; the comparison is human operator versus automation within an operation, not market share.
Regulatory RiskLowNo regulatory or policy change is mentioned; the only policy-adjacent reference is rising geopolitical tensions affecting input costs.
Reputation RiskLowNo consumer or company reputation issue is at stake; the article is an ROI discussion from a product manager at RDO Equipment.
Technology DisruptionMediumAutomation features such as swath control, automatic row turning and harvest optimization can replace fatigued human consistency over a season, making current manual processes less competitive.
Commercial OpportunityHighPrecision spray systems can substantially reduce in-furrow fertilizer use; with geopolitical cost pressures, Kramer frames this as a hedge against rising input costs and a way to improve margins.