Indiana Farmers Deploy Drones to Plant Cover Crops

Agricultural drone technology is gaining traction across Indiana farms to improve soil health and seeding efficiency.

Updated on Oct. 29, 2026 in Agriculture

Flat opaque gouache-painted illustration of an agricultural drone hovering above rows of corn, depicting precision farming technology. — Indiana farmers are increasingly adopting GPS-enabled drone technology to plant winter cover crops, such as oats and radishes, to improve soil health and reduce erosion. AI Illustration. Upload story photo >

Live Poll

Do you believe drones and new technology will make future farming more sustainable?

Farmers throughout Indiana are increasingly adopting drone technology to plant cover crops while primary crops remain standing in fields. This precision method allows for efficient seeding before the harvest begins.

Why it matters

Cover crops play a vital role in Indiana agriculture by retaining essential soil nutrients and significantly reducing soil erosion. The use of drones ensures consistent seed application and enables crops to take root earlier in the growing season.

Approximately 1.5 million acres of cover crops are planted in Indiana each year. Among individual operations, 80% of farms managed by Andrew McDaniel utilize cover crops, with 100% of his operation utilizing no-till farming practices.

The players

Andrew McDaniel

An Indiana farmer in Shelby County who operates a 100% no-till farm that serves as a model for modern agricultural soil management.

Geis Aerial Application

An aerial service provider currently in its second year of business that specializes in utilizing drone technology for agricultural seeding applications.

The details

Farmers utilize GPS-enabled drones to define precise field boundaries and navigate around obstacles during the seeding process. These drones apply winter crops like oats and radishes, which are favored for their ability to protect soil integrity during the off-season.

Cover crops are maintained year-round in fields across the state.
Indiana farmers plant 1.5 million acres of cover crops annually.

Market Landscape

The adoption of drone-assisted planting follows a pattern set by government initiatives that promote sustainable land stewardship and soil preservation. This technological shift positions drone service providers as critical partners in helping farms optimize yield and environmental compliance.

The transition to drone technology may reduce input costs for farmers while improving the long-term productivity of local soil. For residents, this trend supports a more resilient agricultural industry that helps maintain the economic stability of rural communities.

The takeaway

Drones are transforming standard agricultural practices by offering higher precision than traditional seeding methods. Farmers looking to enhance their operations should evaluate whether drone-based application fits their specific soil health and crop rotation requirements.