Map precise
The XAG M500 can help build a digital map of your farmlands, in which each plot and each crop has its own coordinate that allows precise operation of autonomous drones and robots.
Scout effortless
The XAG M500 can fly autonomously at high-frequency to capture overall farmland images. Without getting their feet on the ground, farmers can master every change of their fields with ease and take timely measures.
Grow smart
By taking advantage of third-party AI software, the XAG M500 can help you gain insight into plant growth and identify crop abnormity. Decisions are made with science to enable variable- rate spraying and fertilization.
Seeing the Unseen
Four switchable cameras can capture multi-dimensional data from field overview to crops growth status. Reveal hidden but valuable information to help manage your farm with lower operation cost.
Easy Control With One Screen
XAG SRC1 Smart Remote Controller, with its built-in touchscreen and XPilot APP, allows freely switch between autonomous flight and manual control. Multiple flight planning modes are available to meet your needs of various application scenarios. The 4G and Wi-Fi dual communication system support stable and long-range internet connection.
Weeds Control Practices
The XAG M500 can be used for weed detection on crops, with the weed zone identified and located via the third-party AI software. Then a prescription map will be sent to the XAG agricultural drones for variable-rate spraying that can remove weeds with less pesticide use.
Fertilization Management
The XAG M500 can collect crop growth data and produce digital field maps to be analysed by the AI software. The AI prescription map will be generated and guide the XAG agricultural drone to spread fertilizers on where necessary. Improve yields with reduced fertilizers.
Cotton Boll Opening Control
The XAG M500 can create an HD cotton field map where the immature boll opening can be discovered and tagged. When receiving the labeled map, the XAG agricultural drones will conduct defoliation on target zones to facilitate large-scale mechanical harvesting.
