Smart farming powered by satellite imagery, Earth Observation, and GNSS automation systems.
Rada 360 offers precision farming services powered by Earth Observation and satellite imagery technology. We assist farmers with crop monitoring, tracking key indicators such as crop health, vegetation, chlorophyll levels, germination, nutrient content, and soil moisture.
Farmers receive weekly satellite images to stay updated on field conditions. Our localized climate data provides a 14-day weather forecast including precipitation, temperature, and wind information essential for planning planting, irrigation, fertilization, and harvesting operations.
NDVI monitoring helps identify stressed areas of crops early, allowing timely intervention for optimal yield and resource use.
At Rada 360 Ltd, we create digital soil maps and variable application maps, enabling farmers to apply the right amount of inputs precisely where needed, optimizing input costs. Our Global Navigation Satellite System (GNSS) solutions help automate agricultural machinery, enhancing efficiency and productivity in operations like row formation, planting, spraying, spreading, and yield monitoring.
Combined with historical soil data and localized climate information, our system allows farmers to plan crop rotation, irrigation, and fertilization strategies for long-term soil health and productivity.
Rada’s wide selection of vehicles and implements steering systems ensures your equipment operates with maximum precision. Advanced guidance systems reduce overlaps and gaps, increasing operational efficiency and crop uniformity. These systems also improve safety, reduce operator fatigue, and enable seamless integration with automated farm equipment.
Affordable satellite signals and competition between manufacturers make GPS guidance systems accessible for farmers, enhancing precision and productivity. These systems integrate seamlessly with sprayers, planters, harvesters, and other machinery, allowing fully automated operations with traceable performance and enhanced efficiency.
Farmers can now perform high-precision planting, spraying, and harvesting while reducing fuel, labor, and input costs maximizing profitability and sustainability.