Key Takeaways
- XAG has introduced the P150 Max, a fully autonomous agricultural drone designed for large-scale and challenging field conditions.
- The drone features an 80-kg payload, modular task systems, and upgraded intelligent flight control for precision and efficiency.
- The P150 Max supports spraying, spreading, mapping, and logistics, switching between systems within minutes.
- Its RevoSpray 5 and RevoCast 5 systems deliver high-capacity spraying and spreading performance for diverse crop environments.
- XAG has opened preorders through its distributor network, with deliveries expected to begin next year.
XAG Unveils P150 Max for High-Demand Agricultural Operations
XAG has announced the launch of the P150 Max, an autonomous agricultural drone engineered for the operational needs of large farms facing increasing labor shortages and cost pressures. Built for durability, efficiency, and safety, the new model marks the latest evolution of XAG’s P Series, backed by nearly two decades of R&D and extensive field performance.
XAG holds the world’s largest portfolio of agricultural drone patents, with its platforms accumulating over 9.3 million flight hours and covering tens of millions of hectares since 2022. This experience underpins the P150 Max’s design, which aims to reduce operating costs, improve precision, and support sustainable production practices.
Modular Capabilities for Diverse Field Tasks
The XAG P150 Max is equipped with modular systems that allow operators to shift between spraying, spreading, mapping, and transport tasks in minutes. With an 80-kg payload capacity and a maximum flight speed of 20 m/s, the drone is capable of covering more area per flight while maintaining stable operation over uneven terrain or areas inaccessible to larger machinery.
At spraying time, the RevoSpray 5 System uses an 80-liter smart liquid tank and dual centrifugal nozzles to deliver 32 liters per minute, with an optional four-nozzle upgrade increasing output to 46 liters per minute. Adjustable droplet sizes between 60 and 500 microns help match application rates to crop needs and reduce spray waste.
For spreading missions including seed, fertilizer, or powder applications, the RevoCast 5 System dispenses up to 300 kilograms per minute from a 115-liter granule container. Its vertical waving broadcast mechanism promotes uniform distribution while minimizing wind drift.
Advanced Mapping and Logistics Support
The drone’s RealTerra Field Mapping System enables users to survey up to 20 hectares per flight, capturing high-resolution imagery that is processed instantly into field maps. Onboard AI automatically detects boundaries and obstacles, improving safety and route accuracy for autonomous operations.
With the RevoSling Module installed, the P150 Max serves as a logistics platform capable of transporting up to 80 kilograms of inputs or harvested produce across rough or flooded terrain—helping maintain workflow continuity when ground access is limited.
Precision Control and Robust Autonomy
At the core of the P150 Max is XAG’s SuperX 5 Ultra Intelligent Control System, delivering centimeter-level autonomous flight performance. Supported by 4D Imaging Radar and a wide-angle FPV camera, the drone identifies overhead lines, irrigation pivots, and power poles to maintain safe operation.
Operators can plan and monitor missions through the XAG One App or SRC 5 Remote Controller, which automatically generates optimized flight paths based on field conditions. The XRTK 7 Mobile Station ensures precise positioning even in areas with weak connectivity.
The Smart SuperCharge Battery, compatible with the Parallel Charging Kit, can recharge in as little as seven minutes, enabling near-continuous operation during peak fieldwork periods.
XAG P150 Max Availability
After years of testing and refinement, the XAG P150 Max is now available for preorder in selected regions through XAG's distributor network. Deliveries are scheduled to begin next year, offering a new option for growers seeking field-ready, autonomous solutions to improve productivity and manage rising labor constraints.
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