Indiana Farmers Use Drones to Boost Cover Crop Seeding
Row-crop operators are adopting GPS-guided drones to seed fields while primary crops are still standing to improve soil health.
Updated on Oct. 29, 2026 in Agriculture
Live Poll
Do you believe drones and new technology will make future farming more sustainable?
Farmers in Indiana are increasingly adopting drone technology to plant cover crops like oats and radishes while primary crops remain standing. This method allows for precision seeding in a state where roughly 1.5 million acres of cover crops are planted annually.
Why it matters
Operators utilize these practices to improve long-term soil health by retaining essential nutrients and reducing erosion. By applying seeds via drone, farmers can establish new growth before the primary harvest begins, optimizing their field turnaround.
Indiana farmers plant 1.5 million acres of cover crops annually, a practice currently adopted by 80% of farms operated by local growers like Andrew McDaniel. His operation maintains a 100% no-till model to support soil stability.
The players
Andrew McDaniel
An Indiana farmer who manages a 100% no-till operation in Shelby County.
Geis Aerial Application
A service provider in its second year of business focusing on drone-based agricultural applications.
The details
Drones allow farmers to seed fields while primary crops are still standing by utilizing GPS-guided flight paths. This precision enables the technology to navigate around field boundaries and obstacles that would be difficult for conventional air seeder planters. The shift helps ensure that cover crops like radishes and oats emerge sooner, protecting the soil from erosion year-round.
Timeline
Year-round maintenance of field crops.
Annual planting of 1.5 million acres of cover crops in Indiana.
Market Landscape
The adoption of drones for seeding follows the broader documented trend of precision agriculture technology integration in row-crop operations. This move marks a departure from traditional air seeder planters toward more agile, GPS-assisted methods.
Operators should evaluate the precision-seeding advantages of drone applications against the capital expenditure of conventional equipment. Tracking soil health metrics following drone-seeded winter cycles is essential for assessing long-term return on investment.
The takeaway
Drone technology offers a high-precision alternative for seeding that allows for better field timing and soil conservation. Farmers should monitor the emergence success rates of their drone-planted winter crops compared to traditional planting methods to refine their next-season strategy.
Further reading
For more on evolving farming methods in the state, see Agriculture.
Source note: This article includes information reported by WRTV Indianapolis.
Live Poll
Do you believe drones and new technology will make future farming more sustainable?
