Drone Connectivity and Parachute Deployment for Flying Eye Around the world, drones of all shapes and sizes from the market-pioneering Flying Eye are filling the skies. They incorporate a wide range of sensors, cameras, batteries, and radio controls, making them an increasingly valuable proposition to a broad cross-section of industries. Today, Flying Eye drones are spraying crops, capturing breathtaking photos and videos of remote locations, and extending the reach and agility of customers around the world. But, according to Alexandre Thomas, co-founder and technical director of Flying Eye, significant safety issues emerge as these tiny aircraft crisscross overhead, since these vehicles are often flying quite near crowds of people. “A drone must be safe, and designers must have contingencies in place to respond to unplanned events and failures,” he said. Our electronics are tested to ensure the drone won’t unexpectedly shut down.

Admittedly, drones are capable of doing a better cattle surveillance job than herding dogs. Many producers are interested in these technologies but either don’t know where to start or what to do with the data once it is collected. Others might be using them but would like to learn how to use them to the fullest. Regardless of your current status, this non-credit informational program will help to explain use of drones, GIS and GPS in your farming operation and answer some of your questions.

The system uses drones, in-ground sensor data and machine learning to create its insights. If you operate your own drone but would like to get some additional analysis of the field data here are some solution providers for you to look at for their software and analysis tools. PrecisionHawk PrecisionHawk develops drones, sensors and software for businesses to manage and monitor their assets.

“A drone is 50 to 80 times faster than the traditional way of spraying pesticides,” said Luo Xiantian, an agricultural drone operator. Imaging and drone technology are only advancing, and as they improve so will farmers’ techniques for boosting productivity and annual yields. They can produce 3D maps for initial soil analysis, which is a major help in planning seed planting patters.

If you have a Mavic or Phantom, you’ll have to send in your drone to Sentera or a Sentera-authorized dealer, and they’ll return it as a precision ag tool that produces high-quality NDVI or NDRE data. Additionally, the company holds the title of most popular fixed-wing drones in the U.S. SenseFly says the drone can cover up to 10 times more ground than small quadcopter drones.

This book is mostly accurate; however it does gloss over some information. For example in the “Flying by the rules” section it is important to note that these rules are continuously evolving, so this section might not stay accurate for long. In the “Flying into the Future” section we should also note that other countries have been using drones successfully for years, especially Japan. While this may seem like a long list of inaccuracies, overall the book does a good job of explaining drones which is why it is currently still recommended. Integrate agriculture UAS software with other farming software such as John Deere.

This article intends to provide business leaders in agriculture with an idea of what they can currently expect from AI-driven drones. We hope that this report allows business leaders to garner insights they can confidently relay to their executive teams to make informed decisions when thinking about AI adoption. The biggest for agriculture is DJI (dji.com), a company that started in China but now has worldwide offices. A fixed-wing drone looks like a small model airplane with a camera attached. These drones fly fast and efficiently, typically getting 50 minutes of flight time on a single battery charge and perhaps covering 500 acres, says Shannon.


Orchards can also make use of the technology with accurate identification and tagging of trees infected with a range of diseases. With farming drones and UAVs that use traditional cameras (i.e. “RGB” sensors for red, green, blue), you can replace expensive manned aircraft and helicopter flights that could cost thousands of dollars per hour. With agricultural-specific sensors like an NDVI-modified camera, you can replace beyond-visual imaging that was once only possible through satellite imaging.