Since the introduction of consumer drones in 2011, drone technology has made significant progress in terms of reliability, efficiency, and price. Drones have evolved from toys to tools for professionals in many different industries. In agriculture, drone-based remote sensing technology is a convenient, cost-efficient way to gain a complete and in-depth understanding of your fields.
Variable rate applications help farmers to reduce the operational expenses for agrochemicals while optimizing the yield at the same time. Studies forecast the potential of up to 80% savings in precision agriculture compared to conventional production methods. Compared to Yara’s N-Sensor or satellite data, drones and software analytics tools are cost-effective, avoid soil compaction, and are under almost all weather conditions available.
A Mexican drone company helped a banana farm increase their productivity by 30% using precision agriculture techniques and PIX4Dfields.
Mast Farms LLC is using Quantix Mapper and PIX4Dfields to create variable rates for Pix application on their cotton farm.
Hubei National Bureau of Statistics teamed up with Union Space to develop a rice yield estimation model using PIX4Dmapper.
Explore how Pix4D is used for sustainability and agriculture research