John Reid Wins 2026 ASABE Gold Medal for Ag Innovation

ASABE Honors John Reid for Breakthroughs in Farm Technology

• Bonnie Johnson
• June 15, 2026
• Media Article

Recognized with the 2026 ASABE Gold Medal, John Reid helped pioneer autonomous farm technologies, bridging research and industry to enhance efficiency and innovation in agriculture.

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John Reid, a research professor and executive director of the Center for Digital Agriculture at the University of Illinois Urbana-Champaign, has been awarded the 2026 Cyrus Hall McCormick–Jerome Increase Case Gold Medal by the American Society of Agricultural and Biological Engineers (ASABE).
 

The honor recognizes outstanding engineering achievements that have advanced agriculture through innovation in concepts, products, and systems.

 
Reflecting on his career, Reid noted meaningful connections to the award’s namesakes. He grew up near Raphine, Virginia, where Cyrus McCormick developed the mechanical reaper, and later collaborated with Case IH while researching autonomous agricultural machinery.
 

During his time at Illinois from 1986 to 2000, Reid and his team developed some of the earliest autonomous tractors, integrating sensing, computing, and machinery.

 
In 2001, Reid joined John Deere, where he helped bring automation technologies from research into real-world applications. Returning to Illinois in 2022, he now focuses on advancing autonomy, robotics, and artificial intelligence in agriculture.
 

He emphasized the collaborative nature of his achievements, stating, “What makes this recognition especially meaningful is that it reflects the contributions of many students, colleagues and industry partners who shared in this journey. No one advances a field like agricultural automation alone.”

 
Reid’s early life in Virginia, where he worked on farms as a child, helped shape his interest in improving agricultural productivity.
 

Throughout his career, he has witnessed the transformation of agriculture from largely mechanical systems to advanced, technology-driven operations.
 

He highlighted how early innovations in automatic guidance systems evolved into tools that improved efficiency, consistency, and productivity for farmers.

 
He also underscored key principles behind successful innovation: technology readiness, solving real-world problems, and ensuring economic viability.
 

Today, Reid’s work focuses on perception systems for autonomous equipment and the role of generative AI in agriculture.
 

Looking ahead, he remains optimistic about the industry’s future, noting that digital technologies will continue to enhance productivity, sustainability, and decision-making for farmers.
 

Photo by: siebelschool.illinois.edu