Menu
Aerial seeding and broadcasting open new horizons in agriculture by offering opportunities in areas where traditional tractors face limitations. These innovative practices allow for the precise scattering of seeds or fertilizers from the air, reaching terrains that are inaccessible or challenging for conventional farming equipment. Drones and aircraft can navigate over uneven or remote landscapes without causing damage to the crops below, offering a solution for challenging terrains or sensitive crops. This versatility enhances the scope of agricultural activities, enabling farmers to efficiently cover vast or hard-to-reach areas while minimizing potential harm to existing crops. Aerial seeding not only expands the reach of agricultural operations but also promotes sustainable practices by reducing soil compaction and overall environmental impact.
Access Steep Terrain
Access Marshland& Wet Areas
Interseeding
Fertilize without Damaging Crop
Have an area on your farm that is consistently too wet? Or in the middle of a flood year on the river? If you can't get a tractor to any marshland for any reason, aerial seeding provides the perfect application to still get your farm seed to attact waterfowl. Millet grows incredibly well in wet conditions and requires minimal seed to soil contact.
Have a timber hold that you can flood? Or a timber area that holds water when the river is high? Change the habitat by aerial broadcasting in some millet and watch the ducks find your secluded timber hole for some incredible hunts!
Frost seed in some prairie grasses to add significant wildlife value to your farm. Hold deer and birds in more areas on your farm than ever before by planting areas that traditional methods can not achieve.
Double the nutritional output of your foodplots by interseeding! Drones make this simple and efficient by providing precision boardcast application without damaging the standing crops.
AgFly provides aerial Agriculture solutions where traditional methods are not possible and in areas where aerial applications increase efficiency and/or yields.
© 2024 All Rights Reserved.