The Future of Farming: UAS in Precision Agriculture


As the Federal Aviation Administration (FAA) begins granting permits for unmanned aircraft system (UAS) flight across a number of commercial industries, the technology is poised to join GPS-guided tractors and wireless solar-powered sensors as everyday technologies enabling farmers to be more proactive about their crop management. In fact, Bank of America Merrill Lynch estimates that over the next 10 years, UAS technology has the potential to generate $82 billion in economic activity in the agricultural industry alone.

This influx of economic activity and technology, according to Boston Consulting Group, will usher in a wave of technological improvements, reinvent current farming practices and drive the adoption of precision agriculture within the U.S.

What is Precision Agriculture?

Precision agriculture, or “precision ag,” incorporates real-time data from weather patterns, soil and air quality, crop maturity and more to enable farmers to make smarter decisions about their crops. With experts predicting the need to double worldwide food production by 2050, these data-driven decisions can help farmers increase yields while lowering costs.

Growing UAS Use in Precision Ag

Farmers are already turning to technology in drought-stricken areas utilizing smart irrigation systems and wireless soil sensors, but FAA limitations on UAS technology have previously prevented their full integration into precision ag practices. With the FAA gradually loosening restrictions on UAS usage and already approving more than 2,000 drones for commercial use, here are three ways UAS technology can impact agriculture.

- Mid-season Crop Health Monitoring (Scouting): Aerial inspection of in-season crops utilizing Normalized Difference Vegetative Index (NDVI) or near-infrared (NIR) sensors presents a huge opportunity for farming. Traditionally performed by walking the fields with a notebook, utilizing UAS technology to collect scouting data can capture things the farmer may have missed in a visual inspection and reduce the risk of human errors.

- Variable-rate Fertility: By using UAS-gathered NDVI data, growers can create variable-rate application maps to understand the nutrient uptake within a single field. Farmers can then apply more fertilizer in struggling areas while reducing application in healthy ones, reducing costs and increasing yields.

- Mid-field Weed Identification: Combining NDVI sensor data and aerial imagery to create a weed map allows growers to distinguish weeds from healthy crops. In the past, many farmers didn’t realize how prominent their weed issues were until harvest time. Utilizing UAS technology means no more waiting until the season is over to realize there was a problem – and bear the burden of lower yields.

These examples only cover the beginning of what’s possible when using UASs on the farm. As drones become more common, the increasing amount of traffic will need to be managed in an organized way. With operational intelligence (OI) technology, the FAA and other governing bodies can easily coordinate and prioritize UAS flight data with that of other commercial trips to help ensure safety for UASs and passenger flights, as well as the farmer’s property.

Challenges facing the world’s food supply chain must be met with technologies capable of maximizing resources in an efficient manner. With proven expertise in UAS and operational intelligence (OI), Simulyze is uniquely able to incorporate complex aerial data with other farm management technologies to help growers make in-season decisions and dramatically improve crop output.

To learn more about operational intelligence’s potential impact on UAS adoption in agriculture and other commercial industries, download our free eBook.


Topics: UAS, Drones, Precision Agriculture, Unmanned Aircraft Systems