New Holland Launches High-Precision Spraying Drones
New Holland and XAG have launched P150 and P60 spraying drones to boost crop care in challenging terrains.
Date: June 4, 2025
Turin, Italy - New Holland., an agricultural machinery brand under CNH Industrial N.V., has introduced its latest innovation in crop care, a new line of agricultural spraying drones developed in collaboration with drone technology specialist XAG., an agricultural drone company. The launch includes two models: the P150, with a 70-liter capacity, and the P60, with a 30-liter capacity, designed to bring efficiency and versatility to areas where traditional machinery faces limitations.
The P60 and P150 spraying drones from New Holland are designed to deliver high-performance application capabilities across various terrains. The P60 model features a spray width of 8 meters, while the larger P150 can cover up to 10 meters. Both models are capable of delivering a spray flow rate of 30 liters per minute, ensuring efficient and consistent coverage during operations.
In addition to liquid spraying, these drones can also handle solid applications, with the P60 supporting a 25 kg tank and the P150 a 70 kg tank. This versatility allows them to perform a wider range of tasks in the field, from liquid treatments to granular applications, making them highly adaptable for different crop care needs.
Equipped with advanced sensors and real-time 3D mapping technology, the drones can operate with precision in complex and uneven terrain, day or night. A frontal detection range of up to 100 meters allows for intelligent obstacle avoidance and accurate terrain following, ensuring safety and efficiency during flight.
Additionally, their fast-charging smart batteries and efficient cooling systems enable extended operating time and improved productivity, reducing downtime and supporting continuous fieldwork under demanding conditions.
With this new drone line, New Holland reinforces its commitment to sustainable, smart agriculture by reducing soil compaction, minimizing crop damage, and lowering operational risks, a leap forward in precision farming technology.