Digital agronomy solution to identify, analyze and treat early signs of crop threats to make informed decisions, lower costs and maximize yield. Spot the first signs of harmful insects using sub-millimetre resolution imagery to gain precise identification. Early detection and identification of lesions, spots or abnormal crop behaviour. Manage all fields in a single smart platform - imagery, analysis, insights, reports and cross-field comparisons. Be precise in farm spraying with variable rate zones - plan, quantify and export prescriptions. Seems to use drones and satellite images. SmartScout technology is available in Germany, Austria, Switzerland and Bulgaria. Cloud solutions are available globally.
The Yamaha RMAX is a remotely-piloted helicopter designed for agriculture purposes. Since being introduced in 1997, Yamaha RMAX helicopters have flown more than 2 million hours. Yamaha RMAX helicopters treat 2.4 million acres of farmland in Japan each year. Over 2,600 Yamaha helicopters are operating worldwide.
Joyance Drone Agriculture Sprayers offers several drone models with spray tank capacity ranging between 10, 16, 20, 30 and 32 litres for use in field crops.
Multi-rotor drones that can work automatically or are controlled by a pilot. Drone models can work with 10, 15 and 32 load tank of capacity.
The M8A Pro (formerly known as the AG V8A+) is a large capacity spraying drone, perfect for larger fields and higher application rates. Standard features include terrain sensing, a flow-rate meter and full spray pump automation. The drone is equipped with a large capacity spraying of 20L capacity. You can operate this drone in three different ways; this gives flexibility and makes it easy to accomplish any spraying job. All modes offer automatic Terrain Following (if equipped), and either manual or fully automatic sprayer functionality.
Drone Volt is a French company that offers two types of spraying drones. Two models Hercules 10 v.1.7 and Hercules 20 can work with a tank of 6 litres of product to spray. The Lidar technology associated with drones makes it possible to observe plant growth in order to plan and optimize crop management and help limit the use of fertilizers and pesticides.
Drone for Agro, tailor-made agricultural drones for spraying and fertilizing crops. This is a start-up company in the Netherlands working on drones for agriculture for different applications, such as spraying, fertilizing, sowing, etc.. The company makes drones for a 5 to 100 litre payload. Will work with biological control options like bacterial mixes, nematodes, etc. Drone4Agro offer 4 basic types of drones with spans from 3 to 9 metres. Each is delivered with a standard battery pack and charger, ex service and maintenance. The battery charges 80% in ca 25 min. Range extender optional, but not included.
Model and Decision Support for the risk of Peronospora infection in onion. German platform hosted by ISIP.
This Plant Health app includes a set of tools to optimize the management of crops with regard to diseases, pests and phytosanitary treatments/spraying. One of the tools available is for disease and pest prediction models. There are a number of models, developed for different types of crops (vineyards, apples, pears, olive trees, etc). These models are based on academic studies and scientific papers and were developed to be available in any country. They mostly rely on weather conditions, after setting up the base parameters of the crop, to indicate the current and future risk of certain diseases/pests and trigger alerts if the risk is High. This is one tool in a larger crop management system.
AmaSelect Row makes it possible to remotely switch any machine with an AmaSelect nozzle body from whole-area application to row-specific band spraying. Row-specific band spraying makes it possible to reduce the usage of plant protection agents by up to 65 %.
