The Hobbywing X13 Agricultural Drone Propulsion System is a high-performance solution designed specifically for heavy-duty agricultural UAVs. It delivers exceptional thrust, fast response, and reliable energy efficiency for demanding precision agricultural operations.
Built with durability and smart features in mind, the X13 is engineered to handle intensive agricultural use while maintaining stable performance, efficient power output, and simplified maintenance.
Strong & Efficient Propulsion
The X13 delivers up to 57 kg of maximum thrust per rotor at sea level, with a rated thrust of 27 kg per rotor.
Equipped with a 200 A ESC and a 56″ high-efficiency propeller, it provides stable high-current performance, optimal lift, and improved energy savings.
The system can reach up to 8.0 g/W efficiency, supporting extended flight operations. With an 18S 30000 mAh battery on a 4-rotor drone with a 108 kg takeoff weight, the flight time is approximately 7.2 minutes.
Advanced Digital Control System
Full CAN bus communication enables real-time data transmission between the flight controller, ESC, and motor.
Dual digital throttle control provides redundancy and precise control during operation.
Remote OTA upgrades via the flight controller allow seamless firmware updates.
Smart Safety Features
Intelligent Protection allows the system to auto-restart during faults such as throttle loss or overcurrent.
The built-in fault log records issues for post-flight diagnostics and easier maintenance.
The system has undergone extensive testing, including temperature, waterproofing, lab aging, and real-world flight reliability tests.
Robust & Easy-to-Maintain Design
The quick-disassembly layout allows the motor and ESC to be removed in under 1 minute.
The Industrial Appearance 2.0 design offers a clean, durable, and innovative layout.
Waterproof connectors provide secure and simple installation, even in harsh operating environments.
Technical Specifications
Product: Hobbywing X13 Agricultural Drone Propulsion System
Maximum Thrust: 57 kg/rotor at sea level
Rated Thrust: 27 kg/rotor
ESC: 200 A
Recommended Propeller: 56″ high-efficiency propeller
Maximum Efficiency: Up to 8.0 g/W
Battery Example: 18S 30000 mAh
Flight Time Example: Approx. 7.2 minutes
Drone Configuration Example: 4-rotor drone / 108 kg takeoff weight
Communication: CAN Bus
Throttle Control: Dual digital throttle control
Firmware Upgrade: Remote OTA via flight controller
Maintenance: Quick-disassembly motor and ESC design
Connectors: Waterproof connectors
Propellers are sold separately.
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