When it comes to seed-applied technologies, performance claims are only as strong as the research behind them. That’s why AgXplore evaluates products like GroPak® A.I. through replicated trials designed to measure emergence, yield response, and return on investment, across crops and environments.
The goal is simple: isolate performance, reduce variables, and provide growers with data they can evaluate for themselves.
Why Replicated Research Matters
Agriculture is influenced by countless variables, including weather, soil type, fertility programs, hybrids, and management decisions. Replicated research helps account for that variability by holding key factors constant.
In the studies evaluating GroPak® A.I. , hybrids, fields, fertility, and water were kept consistent. The only variable was GroPak® A.I. This approach removes much of the uncertainty that can accompany on-farm trials and allows performance differences to be clearly attributed to the product itself.
University of Florida Corn Trial Results
One of the most compelling data sets comes from a replicated University of Florida corn study.
Under controlled conditions, GroPak® A.I. delivered:
- An average yield response of more than 14 bushels per acre
- Wins in every replication of the trial
- A cost per acre under $2
- An average return approaching $50 per acre
Notably, these results were achieved in a non-stress environment. Yield responses under favorable conditions highlight the impact early-season nutrition and root development can have on overall crop performance.
Consistent Responses Across Crops and Regions
GroPak® A.I. performance is not limited to a single crop or geography.
Replicated research in Wisconsin wheat showed a 7–8 bushel per acre yield response, reinforcing the consistency of the response across environments. In addition to university trials, GroPak® A.I. has been used across corn, soybeans, wheat, cotton, and specialty crops, demonstrating broad applicability across cropping systems.
Consistency across crops is a key indicator that the response is tied to fundamental plant processes rather than situational factors.
What GroPak® A.I. Does at Planting
GroPak® A.I. is applied as a talc and graphite replacement seed lubricant, making it easy to integrate into existing planting operations. Beyond improving seed flow, the formulation delivers essential nutrients and three proven biological components:
- Rhizobia inoculant to support early nitrogen fixation
- Trichoderma to promote early-season vigor and root health
- Mycorrhizal fungi to expand root volume and improve nutrient uptake
This combination is designed to support early root development and nutrient efficiency, two critical drivers of season-long performance.
Improved Emergence Sets the Foundation
Across replicated trials and field use, one of the most consistent outcomes observed with GroPak A.I. is improved emergence.
Uniform emergence helps establish an even stand, reduces plant-to-plant competition, and allows crops to make more efficient use of available nutrients. While emergence gains may seem small, they often influence yield potential throughout the growing season.
Planter Performance Is Not Compromised
Any seed-applied input must perform within the planter without creating flow or accuracy issues.
GroPak® A.I. was evaluated in collaboration with precision planting systems and maintained a 99.8% singulation rate, confirming that it does not compromise planter performance. For growers, this ensures that gains in crop performance don’t come at the expense of planting efficiency.
Data-Driven Evaluation Builds Confidence
GroPak® A.I. has been evaluated using replicated research designed to prioritize consistency, transparency, and real-world relevance. Rather than relying on isolated success stories, the data provides a clearer picture of how the product performs across crops and environments.
Replication matters.
Consistency matters.
Transparency matters.
That’s how plant nutrition products should be evaluated—and how confidence is built at planting.
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